Runtime parameters for run.in

This page lists 6566 variables distributed into 222 files. Of these:

• 288 (4.4%) are documented;

• 5936 (90.6%) are undocumented;

• 342 (5.0%) could not be found (they appear in the namelist, but the declaration could not be found).

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Module cdata.f90 / param_io.f90

The following variables are part of the run_pars namelist:

Variable	Type	Default	Meaning
a0_spec	logical	.false.
ab_kzspec	logical	.false.
ab_phispec	logical	.false.
ab_polar	logical	.false.
ab_spec	logical	.false.
abs_u_spec	logical	.false.
allproc_print	logical	.true.
ampl_kinflow_x	real	0.
ampl_kinflow_y	real	0.
ampl_kinflow_z	real	0.
ang_jb_pdf1d	logical	.false.
ang_ou_pdf1d	logical	.false.
ang_ub_pdf1d	logical	.false.
astaroth_dest	character(LEN=fnlen)	‘’
awig	real	1.0
azbz_spec	logical	.false.
b2_spec	logical	.false.
bb2_spec	logical	.false.
bb_fft3d	logical	.false.
bb_k00z	logical	.false.
bb_kx0z	logical	.false.
bb_xkyz	logical	.false.
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.
cc_pdf	logical	.false.
cc_spec	logical	.false.
cdt	real	0.9
cdtc	real	1.0
cdtf	real	0.9
cdtr	real	1.0
cdts	real	1.0
cdtsrc	real	1.0	PAR_DOC: empirical time step factor for source terms (1/time)
cdtv	real	0.25
cdtv2	real	0.03
cdtv3	real	0.01
comment_char	character	‘#’
coord_system	character (len=9)	‘cartesian’
cor_uu	logical	.false.
cosEB_pdf	logical	.false.
cr_spec	logical	.false.
crash_file_dtmin_factor	real	-1.0
cross_spec	character (LEN=labellen*4)	‘’	used to calculate cross spectra. Example: cross_spec=’u.ru’
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’
d1davg	real	impossible	PAR_DOC: save 1D (xy, yz, …) averages every d1davg time units (overrides it1d)
d2davg	real	100.	PAR_DOC: save 2D (x, y, …) averages every d2davg time units
ddt	real	0.0
density_scale_factor	real	impossible
der2_type	character (len=labellen)	‘standard’
dfixed_points	real	0.
downsampl	integer, dimension(3)	1
dsnap	real	100.	PAR_DOC: save a snapshot (VAR file) every dsnap time units
dsnap_down	real	0.	PAR_DOC: save a downsampled snapshot every dsnap_down time units
dsound	real	0.
dspec	real	impossible	PAR_DOC: save power spectra every dspec time units
dt	real	0.0
dt0	real	0.
dt_epsi	real	1e-7
dt_incr	real	0.0
dt_ratio	real	1e-5
dtdec	real	0.5
dtinc	real	0.5
dtmax	real	1.0e37
dtmin	real	1.0e-6
dtphase_kinflow	real	0.
dtracers	real	0.
dvid	real	0.	PAR_DOC: save slice (video) files every dvid time units.
ee_k00z	logical	.false.
ele_spec	logical	.false.
Em_specflux	logical	.false.
EMF_spec	logical	.false.
EP_spec	logical	.false.
eps_rkf	real	1e-5
eps_rkf0	real	0.
eps_stiff	real	1e-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.
fmt_avgs	character (len=fmtlen)	‘e14.5e3’
force_lower_bound	character (len=labellen)	‘’
force_upper_bound	character (len=labellen)	‘’
fraction_tborder	real	1.
fshift_ext	real	1.
fshift_int	real	-1.
Gab_spec	logical	.false.
Gan_spec	logical	.false.
GBb_spec	logical	.false.
gcc_pdf	logical	.false.
glnCrossSec0	real	0.0
gph_spec	logical	.false.
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.
gwT_fft3d	logical	.false.
har_spec	logical	.false.
hav_spec	logical	.false.
Hc_specflux	logical	.false.
hEP_spec	logical	.false.
Hm_specflux	logical	.false.
ialive	integer	0
idx_tavg			(not found)
ip	integer, intent(IN)
ipencil_swap	integer	0
iproc_p2	integer	0
iproc_pt	integer	0
ireset_tstart	integer	2
isave	integer	100
isaveglobal	integer	0
it1	integer	10
it1d	integer	impossible_int
it1start	integer	0
it_rmv	integer	0
it_timing	integer	0
itorder	integer	3
itsnap	integer	impossible_int
itspec	integer	impossible_int
ivar_omit	integer, dimension(2)	(/0,0/)
iwig	integer	0
ix	integer	-1	MR: dangerous names ix -> ix_slice
iy	integer	-1	MR: dangerous names ix -> ix_slice
iy2	integer	-1	MR: dangerous names ix -> ix_slice
iz	integer	-1	MR: dangerous names ix -> ix_slice
iz2	integer	-1	MR: dangerous names ix -> ix_slice
iz3	integer	-1	MR: dangerous names ix -> ix_slice
iz4	integer	-1	MR: dangerous names ix -> ix_slice
j_spec	logical	.false.
ja_spec	logical	.false.
jb_polar	logical	.false.
jb_spec	logical	.false.
jj2_spec	logical	.false.
jj_fft3d	logical	.false.
jj_kx0z	logical	.false.
jj_xkyz	logical	.false.
jxbxy_spec	logical	.false.
kinflow	character (len=40)	‘’
kx_kinflow	real	1.
ky_kinflow	real	1.
kz_kinflow	real	1.
ladv_der_as_aux	logical	.false.
lappend_pc_constants	logical	.false.	PAR_DOC: always append when true to preserve history
lastaroth_output	logical	.false.
lav_smallx	logical	.false.
lbackup_snap	logical	.false.
lbidiagonal_derij	logical	.true.
lborder_hyper_diff	logical	.true.
lconcurrent	logical	.true.
lcutoff_corners	logical	.false.
lcylinder_in_a_box	logical	.false.
ldirect_access	logical	.false.
ldistribute_persist	logical	.false.
ldivu_perp	logical	.false.
ldt_paronly	logical	.false.
ldynamical_diffusion	logical	.false.
ldyndiff_useumax	logical	.true.
lenforce_maux_check	logical	.true.
leps_fixed	logical	.true.
lequatory	logical
lequatorz	logical
lfargo_advection	logical	.false.
lforeign_comm_nblckg	logical	.false.
lformat	logical	.false.
lfractional_tstep_advance	logical	.false.
lfractional_tstep_negative	logical	.true.
lfreeze_varext	logical, dimension(mcom)	.false.
lfreeze_varint	logical, dimension(mcom)	.false.
lfreeze_varsquare	logical, dimension(mcom)	.false.
lfullvar_in_slices	logical	.false.
lghostfold_usebspline	logical	.false.
lignore_nonequi	logical	.false.
lini_t_eq_zero	logical	.false.
lini_t_eq_zero_once	logical	.false.
linterpol_on_repair	logical	.false.
lisotropic_advection	logical	.false.
lit1_logspacing	logical	.false.
lkinflow_as_aux	logical	.false.
llsode	logical	.false.
lmaxadvec_sum	logical	.false.
lmaximal_cdt	logical	.false.
lmaximal_cdtv	logical	.false.
lmeridional_border_drive	logical	.false.
lmorton_curve	logical	.false.
lncc_pdf	logical	.false.
lngcc_pdf	logical	.false.
lnowrite	logical	.false.	PAR_DOC: if set code{T}, all initialization files
lnrho_pdf	logical	.false.
lnspecial_pdf	logical	.false.
lomit_add_data	logical	.false.
Lor_spec	logical	.false.
loutput_varn_at_exact_tsnap	logical	.false.
lpdfb	logical	.false.
lpdfu	logical	.false.
lpdfz1	logical	.false.
lpdfz2	logical	.false.
lpencil_check	logical	.false.
lpencil_check_diagnos_opti	logical	.false.
lpencil_check_no_zeros	logical	.true.
lpencil_check_small	logical	.true.
lpencil_diagnos_swap	logical	.false.
lpencil_init	logical	.false.
lpencil_requested_swap	logical	.true.
lperi	logical, dimension(3)	.true.	PAR_DOC: vector of the form ($x$,$y$,$z$);
lpersist	logical	.true.
lphase	logical	.false.
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
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_global	logical	.true.
lread_less	logical	.false.
lread_nogrid	logical	.false.
lread_oldsnap_lnrho2rho	logical	.false.
lread_oldsnap_mskipvar	logical	.false.
lread_oldsnap_nocoolprof	logical	.false.
lread_oldsnap_nohydro	logical	.false.
lread_oldsnap_nohydro_efield	logical	.false.
lread_oldsnap_nohydro_ekfield	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_nosink	logical	.false.
lread_oldsnap_notestfield	logical	.false.
lread_oldsnap_notestflow	logical	.false.
lread_oldsnap_notestscalar	logical	.false.
lread_oldsnap_onlyA	logical	.false.
lread_oldsnap_rho2lnrho	logical	.false.
lread_scl_factor_file_new	logical	.false.
lreiterate	logical	.true.
lrepair_snap	logical	.false.
lreport_undefined_diagnostics	logical	.true.
lreset_seed	logical	.false.
lrmwig_full	logical	.false.
lrmwig_rho	logical	.false.
lrmwig_xyaverage	logical	.false.
lseparate_persist	logical	.false.
lserial_io	logical	.false.
lsfb	logical	.false.
lsfflux	logical	.false.
lsfu	logical	.false.
lsfz1	logical	.false.
lsfz2	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.
lshock_heat	logical	.true.
lsnap_tcrit	logical	.false.	PAR_DOC: allow setting critical time for switching to log interval for dsnap.
lspec_at_tplusdt	logical	.false.
lspec_start	logical	.false.
lspec_tcrit	logical	.false.	PAR_DOC: allow setting critical time for switching to log interval for dspec.
lsphere_in_a_box	logical	.false.
lsplit_second	logical	.false.
lstop_on_ioerror	logical	.true.
lsubstract_reference_state	logical	.false.
lsuppress_parallel_reductions	logical	.false.
ltec	logical	.false.
ltestperturb	logical	.false.
ltiming_io	logical	.false.
lupdate_cvs	logical	.false.
luse_oldgrid	logical	.true.
luse_xyz1	logical	.false.
lvid_tcrit	logical	.false.	PAR_DOC: allow setting critical time for switching to log interval for dvid.
lweno_transport	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_dim_again	logical	.true.
lwrite_dvar	logical	.false.
lwrite_fixed_points	logical	.false.
lwrite_fsum	logical	.false.
lwrite_last_powersnap	logical	.false.
lwrite_tracers	logical	.false.
lwrite_ts_hdf5	logical	.true.
Lxyz	real, dimension(3)	impossible	PAR_DOC: vector of the form ($x$, $y$, $z$);
lzaver_on_input	logical	.false.
mag_phispec	logical	.false.
mag_spec	logical	.false.
mailaddress	character (len=linelen)	‘’
mailcmd	character (len=linelen)	‘’
maux_down	integer	-1
max_walltime	real	0.0	in seconds
mpoint	integer	(:f:var:`~cparam/my`+1)/2
mpoint2	integer	(:f:var:`~cparam/my`+1)/4
mskipvar	integer	0
mu_spec	logical	.false.
mvar_down	integer	-1
ncoarse	integer	0
nd_spec	logical	.false.
nghost_read_fewer	integer	0
noghost_for_isave	logical	.false.
np_ap_spec	logical	.false.
np_spec	logical	.false.
nph_rslice	integer	min(nxgrid,nygrid,nzgrid)
npoint	integer	floor(((:f:var:`~cparam/mz`+1)/2.) + 0.1)
npoint2	integer	floor(((:f:var:`~cparam/mz`+1)/4.) +0.1)
nr_directions	integer	1
nsnap_backups	integer	1
nt	integer	10000000
nth_rslice	integer	floor((min(nxgrid,nygrid,nzgrid)/2.)+.1)
nu_sts	real	0.1
nv1_capitalvar	integer	1
nycut	integer	my
nzcut	integer	mz
offset_min_calc	real	0.	PAR_DOC: offset value for computing negative minima,
old_cdtv	logical	.false.
OmU_spec	logical	.false.
oned	logical	.false.
onedall	logical	.false.
oo_fft3d	logical	.false.
oo_kx0z	logical	.false.
oo_spec	logical	.false.
oo_xkyz	logical	.false.
ou_kzspec	logical	.false.
ou_omega	logical	.false.
ou_phispec	logical	.false.
ou_polar	logical	.false.
ou_spec	logical	.false.
oun_spec	logical	.false.
ouout2_spec	logical	.false.
ouout_polar	logical	.false.
ouout_spec	logical	.false.
out_spec	logical	.false.
pdfs	character (LEN=labellen*4)	‘’	used to calculate PDFs of any variables in the f-array. Example: pdfs=’ux,uy,lnrho’
penc0	real	2.345678	`impossible’ value – must not be
permute_sts	integer	0
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_rslice	real	0.
radius_diag	real	1.0
random_gen			(not found)
re_mesh	real	0.5
rel_dang	real	0.
relvel_spec	logical	.false.
rfreeze_ext	real	-impossible
rfreeze_int	real	-impossible
rhocc_pdf	logical	.false.
rhop_spec	logical	.false.
ro_spec	logical	.false.
saffman_aa	logical	.false.
saffman_aa_c	logical	.false.
saffman_bb	logical	.false.
saffman_EEM	logical	.false.
saffman_EEM_uc	logical	.false.
saffman_mag	logical	.false.
saffman_mag_c	logical	.false.
saffman_mag_uc	logical	.false.
saffman_ub	logical	.false.
save_lastsnap	logical	.true.
SCL_spec	logical	.false.
SCL_spec_boost	logical	.false.
shared_mem_name	character(LEN=labellen)	‘’
slice_position	character (len=1)	‘p’
sp_spec	logical	.false.
special_pdf	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.
submithost	character (len=linelen)	‘’
tag_foreign	integer	0
tau_aver1	real	1.0
tavg	real	0.
tborder	real	0.
test_nonblocking	logical	.false.
TGW_spec	logical	.false.
theta_lower_border	real	impossible
theta_upper_border	real	impossible
thetamin	real	0.0
timestep_scaling	character (len=20), dimension(mvar)	‘rel_err’
tmax	real	1e33
tmax_logspacing	real	1.
toutoff	real(KIND=rkind8)	0.
Tpq_spec	logical	.false.
Tra_spec	logical	.false.
trigger_snap	character (len=labellen)	‘code_time’	PAR_DOC: trigger quantity for snapshot output
trigger_vid	character (len=labellen)	‘code_time’	PAR_DOC: trigger quantity for video output
tsnap_crit_log_interval	real	impossible	PAR_DOC: critical time above which we set dsnap to a negative value.
tspec_crit_log_interval	real	impossible	PAR_DOC: critical time above which we set dspec to a negative value.
tstart	real	0.0
TT_spec	logical	.false.
ttransient	real	0.
tvid_crit_log_interval	real	impossible	PAR_DOC: critical time above which we set dvid to a negative value.
twod	logical	.false.
ub_spec	logical	.false.
ucp_spec	logical	.false.
ud_spec	logical	.false.
Udrift_bc	real	0.
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:
uot_spec	logical	.false.
uu_fft3d	logical	.false.
uu_kx0z	logical	.false.
uu_xkyz	logical	.false.
uut_polar	logical	.false.
uut_spec	logical	.false.
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.
wborder	real	0.
wborder_ext	real	0.
wborder_int	real	0.
wborder_theta_lower	real	0.
wborder_theta_upper	real	0.
wfreeze	real	0.
wfreeze_ext	real	0.
wfreeze_int	real	0.
xav_max	real	impossible
xbot_slice	real	0.0
xfreeze_square	real	impossible
xtop_slice	real	1.0
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
ybot_slice	real	0.0
yfreeze_square	real	impossible
ytop_slice	real	1.0
yy_biquad_weights	real, dimension(4)	impossible
zbot_slice	real	0.0
zequator	real	0.
ztop_slice	real	1.0

Module ascalar.f90

The following variables are part of the ascalar_run_pars namelist:

Variable	Type	Default	Meaning
A1	real	0.0
ascalar_diff	real	0.0
const1_qvs	real	2.53e11
const2_qvs	real	5420.0
constTT	real	293.25
cp_constant	real	1005.0
gradacc0	real, dimension(3)	(/0.0,0.0,0.0/)
gradTT0	real, dimension(3)	(/0.0,0.0,0.0/)
gravity_acceleration	real	9.81
l_T_source	logical	.true.
lascalar_sink	logical	.false.
latent_heat	real	2.5e6
lcondensation_rate	logical	.false.
lconstTT	logical	.false.
lTT_mean	logical	.false.
lupdraft	logical	.false.
lupw_acc	logical	.false.
Rascalar_sink	logical	.false.
rhoa	real	1.06
Rv	real	461.5
Rv_over_Rd_minus_one	real	0.608
thermal_diff	real	0.0
TT_mean	real	293.25
updraft	real	0.0
vapor_mixing_ratio_qvs	real	0.0

Module bfield.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
b0_ext	real, dimension(3)	0.0
b_ext	real, dimension(3)	0.0
eta	real	0.0
eta_hyper3_mesh	real	0.0
eta_shock	real	0.0
eta_zdep_coeff	real, dimension(2)	0.0
eta_zdep_prof	character(len=8)	‘’
limplicit_resistivity	logical	.false.
lohmic_heat	logical	.true.
t0_bext	real	0.0
t_bext	real	0.0

Module chemistry.f90

The following variables are part of the chemistry_run_pars namelist:

Variable	Type	Default	Meaning
chem_diff	real	0.
chem_diff_prefactor	real, dimension(nchemspec)	1.
conc_sat_spec_cgs	real	1e-8	units of mol/cm^3
cp_const			(not found)
Dabs_cgs	real	0.	absorbing-species diffusivity [cm^2/s]/code
Dcond_cgs	real	0.	[cm^2/s]; 0 -> film model unusable
deltaH_cgs	real	7.07e12	in erg/mol
dHsol_cgs	real	0.	enthalpy of solution [erg/mol], >0 exothermic
flameind_spec1	character(len=5)	“H2”
flameind_spec2	character(len=5)	“CO2”
gam_surf_energy_cgs	real	32.
gam_surf_energy_mul_fac	real	1.0
global_phi	real	impossible
Henry_B	real	4090.	[K] (van’t Hoff slope of the volatility)
henry_model	character(len=labellen)	‘henry’
Henry_ref_cgs	real	0.	[Ba]; 0 -> absorption model unusable
Henry_Tref	real	298.15	[K]
iconc_sat_spec	character(len=labellen)	“const”
init_from_file	logical
init_TT1	real	298.
init_TT2	real	2400.
init_x1	real	-0.2
init_x2	real	0.2
inucl_pre_exp	character(len=30)	“const”
isurf_energy	character(len=labellen)	“const”
ladvection	logical	.true.
lchem_cdtc	logical	.false.
lchem_detailed	logical	.true.
lchemistry_diag	logical	.false.
lcorr_vel	logical	.false.
ldiff_corr	logical	.false.
lDiff_fick	logical	.false.
lDiff_lewis	logical	.false.
lDiff_simple	logical	.false.
ldiffusion	logical	.true.
lfilter	logical	.false.
lfilter_strict	logical	.false.
lFlame_index_as_aux	logical	.false.
lFlux_simple	logical	.false.
lgradP_terms	logical	.true.
lheatc_chemistry	logical	.true.
linit_density	logical	.false.
linit_temperature	logical	.false.
lkreactions_alpha	logical	.false.
lkreactions_profile	logical	.false.
lmixture_fraction_as_aux	logical	.false.
lmobility	logical	.false.
lnoevap	logical	.false.
lnolatentheat	logical	.true.
lnormalize_chemspec	logical	.false.
lnormalize_chemspec_N2	logical	.false.
lreac_as_aux	logical	.false.
lreactions	logical	.true.
lspecies_cond_simplified	logical	.false.
lT_tanh	logical	.false.
lThCond_simple	logical	.false.
lupw_chemspec	logical	.false.
min_nucl_radius_cgs	real	1e-8	units of cm
mixture_fraction_element	character(len=2)
mobility	real, dimension(nchemspec)	1.
nu_spec	real, dimension(nchemspec)	0.
nucleation_rate_coeff_cgs	real	1e19
P_boil_cgs	real	1013250.	pressure at T_boil [Ba] (1 atm)
Pr_number	real	0.7
reac_rate_method	character(len=30)	‘chemkin’
reinitialize_chemistry	logical	.false.
T_boil_cgs	real	2503.	normal boiling point [K]
visc_const	real	impossible
Ythresh	real, dimension(nchemspec)	0.

Module chemistry_simple.f90

The following variables are part of the chemistry_run_pars namelist:

Variable	Type	Default	Meaning
chem_diff	real	0.
chem_diff_prefactor	real, dimension(nchemspec)	1.
global_phi	real	impossible
init_from_file	logical
init_TT1	real	298.
init_TT2	real	2400.
init_x1	real	-0.2
init_x2	real	0.2
intro_time	real	0
ladvection	logical	.true.
lchem_cdtc	logical	.false.
lchemistry_diag	logical	.false.
ldiff_corr	logical	.false.
ldiffusion	logical	.true.
lfilter	logical	.false.
lfilter_strict	logical	.false.
lheatc_chemistry	logical	.true.
linit_density	logical	.false.
linit_temperature	logical	.false.
lmobility	logical	.false.
lreac_as_aux	logical	.false.
lreactions	logical	.true.
lT_tanh	logical	.false.
lThCond_simple	logical	.false.
mobility	real, dimension(nchemspec)	1.
nu_spec	real, dimension(nchemspec)	0.
reac_rate_method	character(len=30)	‘chemkin’
reinitialize_chemistry	logical	.false.

Module chiral.f90

The following variables are part of the chiral_run_pars namelist:

Variable	Type	Default	Meaning
chiral_crossinhibition	real	1.
chiral_diff	real	0.
chiral_diffXX	real	impossible
chiral_diffZZ	real	impossible
chiral_fidelity	real	1.
chiral_fisherH	real	1.	fishers equation growth rate, carrying capac.
chiral_fisherK	real	1.	fishers equation growth rate, carrying capac.
chiral_fishermu	real	0.	fishers equation growth rate, carrying capac.
chiral_fishernu	real	0.	fishers equation growth rate, carrying capac.
chiral_fisherR	real	0.	(reinfections, second model corresponds to SIRS)
chiral_fisherR2	real	0.	(reinfections, second model corresponds to SIRS)
chiral_fisherR2_tend	real	0.	(second model, tend and start time)
chiral_fisherR2_tstart	real	0.	(second model, tend and start time)
chiral_reaction	character (len=labellen)	‘BAHN_model’
gradX0	real, dimension(3)	(/0.0,0.0,0.0/)
gradY0	real, dimension(3)	(/0.0,0.0,0.0/)
limposed_gradient	logical	.false.
linitialize_aa_from_EP	logical	.false.
linitialize_aa_from_EP_alpgrad	logical	.false.
linitialize_aa_from_EP_betgrad	logical	.false.
llorentzforceEP	logical	.false.
lupw_chiral	logical	.false.
tinitialize_aa_from_EP	real	0.

Module cosmicray.f90

The following variables are part of the cosmicray_run_pars namelist:

Variable	Type	Default	Meaning
cosmicray_diff	real	0.
ecr_floor	real	-1.
gammacr	real	4./3.
K_para	real, target	0.
K_perp	real, target	0.
limiter_cr	real	1.
lnegl	logical	.false.
lupw_ecr	logical	.false.
luse_diff_constants	logical	.false.
lvariable_tensor_diff	logical	.false.
simplified_cosmicray_tensor	logical	.false.

Module cosmicray_nolog.f90

The following variables are part of the cosmicray_run_pars namelist:

Variable	Type	Default	Meaning
ampl_Qcr	real	0.
ampl_Qcr2	real	0.
blimiter_cr	real	0.
cosmicray_diff	real	0.
ecr_floor	real	-1.
gammacr	real	4./3.
K_para	real, target	0.
K_perp	real, target	0.
lalfven_advect	logical	.false.
lcheck_negative_ecr	logical
limiter_cr	real	1.
lnegl	logical	.false.
lupw_ecr	logical	.false.
luse_diff_constants	logical	.false.
lvariable_tensor_diff	logical	.false.
simplified_cosmicray_tensor	logical	.false.

Module cosmicrayflux.f90

The following variables are part of the cosmicrayflux_run_pars namelist:

Variable	Type	Default	Meaning
ladvect_fcr	logical	.false.
lcosmicrayflux_diffus_dt	logical	.false.
lsubgrid_cr	logical	.false.
lupw_fcr	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_run_pars namelist:

Variable	Type	Default	Meaning
beta_glnrho_global	real, dimension(3)	0.
borderlnrho	character (len=labellen)	‘nothing’
cdiffrho	real	0.0
cs2bot			(not found)
cs2top			(not found)
damplnrho_ext	real	0.0
damplnrho_int	real	0.0
density_ceiling	real	-1.
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/)
diff_cspeed	real	0.5
diffrho	real	0.0
diffrho_hyper3	real	0.0
diffrho_hyper3_aniso	real, dimension (3)	0.0
diffrho_hyper3_mesh	real	5.0
diffrho_shock	real	0.0
div_sld_dens	character (len=labellen)	‘2nd’
ffree_profile	character (len=labellen)	‘none’
h_sld_dens	real	2.0
idiff	character (len=labellen), dimension(ndiff_max)	‘’
ieos_profile	character(LEN=labellen)	‘nothing’
initlnrho	character (len=labellen), dimension(ninit)	‘nothing’	PAR_DOC:
ireference_state	character(LEN=labellen)	‘nothing’
ladvection_density	logical	.true.
lanti_shockdiffusion	logical	.false.
lcalc_lnrhomean	logical	.false.
lcheck_negative_density	logical	.false.
lconserve_total_mass	logical	.false.
lcontinuity_gas	logical	.true.
ldensity_nolog			(not found)
ldensity_profile_masscons	logical	.false.
ldiffusion_nolog	logical	.false.
lffree	logical	.false.
lfreeze_lnrhoext	logical	.false.
lfreeze_lnrhoint	logical	.false.
lfreeze_lnrhosqu	logical	.false.
lgamma_is_1	logical	.true.
lhubble_density	logical, target	.false.
lmass_source	logical	.false.
lmass_source_random	logical	.false.
lmassdiff_fix	logical	.false.
lmassdiff_fixkin	logical	.false.
lmassdiff_fixmom	logical	.false.
lnrho_const	real	0.0
lnrho_ext	real	0.0
lnrho_int	real	0.0
lreduced_sound_speed	logical, target	.false.
lreinitialize_lnrho	logical	.false.
lreinitialize_rho	logical	.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.
lSchur_3D3D1D	logical	.false.
lsubtract_init_stratification	logical	.false.
lupw_lnrho	logical	.false.
lupw_rho	logical	.false.
mass_source_Mdot	real	0.0
mass_source_offset	real	0.0
mass_source_omega	real	0.
mass_source_profile	character (len=labellen)	‘nothing’
mass_source_sigma	real	0.0
mass_source_tau1	real	1.
nlf_sld_dens	real	1.0
reduce_cs2	real, target	1.0
rescale_rho	real	1.0
rho_const	real	1.0
rmax_mass_source	real	0.
rss_coef1	real	1.0
rss_coef2	real	1.0
rzero_ffree	real	0.
Sc	real	0.0	PAR_DOC: given value to compute kap_tdep (~diffrho) based on nu_tdep
tdep_kap_type	character(LEN=labellen)	‘Sc’
total_mass	real	-1.
tstart_mass_source	real	0.0
tstop_mass_source	real	-1.0
wdamp	real	0.0
wffree	real	0.
width_eos_prof	real	0.2
xblob	real, dimension (ninit)	0.0
yblob	real, dimension (ninit)	0.0
zblob	real, dimension (ninit)	0.0

Module density_stratified.f90

The following variables are part of the density_run_pars namelist:

Variable	Type	Default	Meaning
beta_glnrho_global	real, dimension(3)	0.
density_floor	real	0.0
diffrho_hyper3_mesh	real	0.0
diffrho_shock	real	0.0
lconserve_mass	logical	.false.
lmassdiff_fix	logical	.false.

Module detonate.f90

The following variables are part of the detonate_run_pars namelist:

Variable	Type	Default	Meaning
det_factor	real	1.0	Scale factor of the energy input
det_njeans	integer	4	Minimum number of cells per Jeans length for stability
det_nsmooth	integer	1	Number of times to smooth the point detonation
det_radius	integer	2	Radius of a local region in number of cells
det_scale	character(len=labellen)	‘linear’	Scaling of the energy input at detonation with density

Module dustdensity.f90

The following variables are part of the dustdensity_run_pars namelist:

Variable	Type	Default	Meaning
adref_diffnd	real	0.0
advec_ddensity	character (len=labellen)	‘normal’
bordernd	character (len=labellen)	‘nothing’
deltavd_const	real	1.
deltavd_imposed	real	0.0
diffmd	real	0.0
diffmi	real	0.0
diffnd	real	0.0
diffnd_anisotropic	real, dimension (3)	0.0
diffnd_exponent	real	0.0
diffnd_hyper3	real	0.0
diffnd_hyper3_mesh	real	5.0
diffnd_law	character (len=labellen)	‘const’
diffnd_shock	real	0.0
dkern_cst	real	0.0
dustdensity_floor	real	-1
G_condensparam	real	0.
idiffd	character (len=labellen), dimension (ndiffd_max)	‘’
initnd	character (len=labellen), dimension (ninit)	‘nothing’
lcalcdkern	logical	.true.
ldust_cdtc	logical	.false.
ldustcontinuity	logical	.true.
ldustnucleation	logical	.false.
ldustnulling	logical	.false.
lfree_molecule	logical	.false.
lkernel_mean	logical	.false.
llog10_for_admom_above10	logical	.true.
lmomcons	logical	.false.
lmomcons2	logical	.false.
lmomcons3	logical	.false.
lmomcons3b	logical	.false.
lmomconsb	logical	.false.
lno_deltavd	logical	.false.
lnoaerosol	logical	.false.
lnocondens_term	logical	.false.
lpiecewise_constant_kernel	logical	.false.
lradius_binning	logical	.false.
lresetuniform_dustdensity	logical	.false.
lsemi_chemistry	logical	.false.
ludstickmax	logical	.false.
lupw_ndmdmi	logical	.false.
lzero_upper_kern	logical	.false.
momcons_term_frac	real	1.
nd_reuni	real	0.
ndmin_for_mdvar	real	0.0
reinitialize_nd	logical	.false.
rhod0			(not found)
self_collision_factor	real	1.
self_collisions	character (len=labellen)	‘nothing’
supsatfac	real	1.0
supsatratio_given	real	0.
supsatratio_given0	real	0.
supsatratio_omega	real	0.
tstart_droplet_coagulation	real	impossible

Module dustvelocity.f90

The following variables are part of the dustvelocity_run_pars namelist:

Variable	Type	Default	Meaning
adref_nud	real	0.0
beta_dPdr_dust	real	0.0
betad	real, dimension(ndustspec)	0.0
betad_all	real	0.0
cdtd	real	0.2
draglaw	character (len=labellen)	‘epstein_cst’
gravx_dust	real	0.0
inituud	character (len=labellen), dimension(ninit)	‘nothing’
iviscd	character (len=labellen), dimension(nvisc_max)	‘’
ladvection_dust	logical	.true.
lcoriolisforce_dust	logical	.true.
ldragforce_dust	logical	.true.
ldragforce_gas	logical	.false.
ldustvelocity_shorttausd	logical	.false.
lpifactor1	logical	.false.
lpifactor2	logical	.false.
lstokes_highspeed_corr	logical	.false.
mu_ext	real	0.
nud	real, dimension(ndustspec)	0.0
nud_all	real	0.0
nud_hyper3	real, dimension(ndustspec)	0.0
nud_hyper3_mesh	real, dimension(ndustspec)	5.0
nud_shock	real, dimension(ndustspec)	0.0
reinitialize_uud	logical	.false.
scaleHtaus	real	1.0
shorttauslimit	real	0.0
tausd	public
tausd_all	real	0.0
tausgmin	real	0.0
viscd_exponent	real	0.0
viscd_law	character (len=labellen)	‘const’
widthtaus	real	1.0
z0taus	real	0.0

Module entropy.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
allp	real	2.0
amp_patch	real	1.0
ampl_imp_ss	real	0.01
ampl_ss	real, dimension(ninit)	0.0
beta_glnrho_global	real, dimension(3)	0.
borderss	character (len=labellen)	‘nothing’
center1_x	real, dimension(ninit)	0.0
center1_y	real, dimension(ninit)	0.0
center1_z	real, dimension(ninit)	0.0
chi	real, target	0.0
chi_cspeed	real	0.5
chi_hyper3	real	0.0
chi_hyper3_aniso	real, dimension(3)	0.0
chi_hyper3_mesh	real	5.0
chi_jump_shock	real	1.0
chi_rho	real	0.0
chi_shock	real	0.0
chi_shock2	real	0.0
chi_t	real	0.0
chi_t0	real	0.0
chi_t1	real	0.0
chiB	real	0.0
chimax_kramers	real	0.
chimin_kramers	real	0.
chit_aniso	real	0.0
chit_aniso_prof1	real	1.0
chit_aniso_prof2	real	1.0
chit_fluct_prof1	real	1.0
chit_fluct_prof2	real	1.0
chit_prof1	real, target	1.0
chit_prof2	real, target	1.0
coef_cs2	real, dimension(9)	0.0
cool	real	0.0
cool1	real	0.0
cool2	real	0.0
cool_ext	real	0.0
cool_int	real	0.0
cool_newton	real	0.0
cool_RTV	real	0.0
cool_type	integer	1
cool_uniform	real	0.0
coolfac	real	0.0
cooling_profile	character (len=labellen)	‘gaussian’
cooltype	character (len=labellen)	‘Temp’
cs2cool	real, target	0.
cs2cool2	real	0.0
cs2top_ini	real	impossible
dcs2top_ini	real	impossible
deltaT	real	0.0
deltaT_poleq	real	0.0
dheat_buffer1	real	0.0
div_sld_ene	character (len=labellen)	‘2nd’
downflow_cs2cool_fac	real	1.0
entropy_floor	real	impossible
Fbot	real, target	impossible	set default to 0 vs impossible
Ftop	real, target	impossible	also 0 not impossible
gradS0_imposed	real, dimension(3)	(/0.0,0.0,0.0/)
h_sld_ene	real	2.0
hcond0	real, target	impossible
hcond0_kramers	real, target	0.0
hcond1	real, target	impossible
hcond2	real	impossible
heat_ceiling	real	-1.0
heat_gaussianblob	real	0.0
heat_gaussianblob_r0	real, dimension(3)	0.0
heat_gaussianblob_sigma	real	1.0
heat_gaussianz	real	0.0
heat_gaussianz_sigma	real	0.0
heat_int	real	0.0
heat_uniform	real	0.0
heattype	character (len=labellen)	‘gaussian’
ichit	character (len=labellen)	‘nothing’
iheatcond	character (len=labellen), dimension(nheatc_max)	‘nothing’
initss	character (len=labellen), dimension(ninit)	‘nothing’
Kbot	real	impossible
Kgpara	real	0.0
Kgperp	real	0.0
kx_ss	real	1.0
ky_ss	real	1.0
kz_ss	real	1.0
ladvection_entropy	logical	.true.
Lambda_const	real	0.
lborder_heat_variable	logical	.false.
lcalc_cs2mean	logical	.false.
lcalc_cs2mz_mean	logical	.false.
lcalc_cs2mz_mean_diag	logical	.false.
lcalc_ss_volaverage	logical	.false.
lcalc_ssmean	logical	.false.
lcalc_ssmeanxy	logical	.false.
lchi_shock_density_dep	logical	.false.
lchi_t1_noprof	logical	.false.
lchiB_simplified	logical	.false.
lchit_aniso_simplified	logical	.false.
lchit_fluct	logical	.false.
lchit_mean	logical	.false.
lchit_noT	logical	.false.
lchit_total	logical	.false.
lchromospheric_cooling	logical	.false.
lconvection_gravx	logical	.false.
lcool_prof_as_var	logical	.false.
lcooling_general	logical	.false.
lcooling_to_cs2cool	logical	.true.
lFenth_as_aux	logical	.false.
lfpres_from_pressure	logical	.false.
lfreeze_sext	logical	.false.
lfreeze_sint	logical	.false.
lhcond0_density_dep	logical	.false.
lhcond_global	logical, target	.false.
lheat_cool_gravz	logical	.false.
limpose_heat_ceiling	logical	.false.
lmultilayer	logical, target	.true.
lnew_cooling_patches	logical	.false.
lphotoelectric_heating	logical	.false.
lphotoelectric_heating_radius	logical	.false.
lprestellar_cool_iso	logical	.false.
lread_hcond	logical	.false.
lrhs_max	logical	.false.
lsld_char_cslimit	logical	.false.
lsld_char_rholimit	logical	.false.
lsld_char_wprofr	logical	.false.
lsmooth_ss_run_aver	logical	.false.
lss_flucz_as_aux	logical	.false.
lss_running_aver_as_aux	logical	.false.
lss_running_aver_as_var	logical	.false.
ltau_cool_variable	logical	.false.
lthdiff_Hmax	logical	.false.
lTT_flucz_as_aux	logical	.false.
lturbulent_heat	logical	.false.
luminosity	real	0.0
lupw_ss	logical	.false.
lviscosity_heat	logical	.true.
mixinglength_flux	real	0.0
mpoly0	real, target	1.5
mpoly1	real, target	1.5
mpoly2	real, target	1.5
ncool_patch	integer	0
nheat_rho	real	1.0
nheat_TT	real	1.0
nkramers	real, target	0.0
nlf_sld_ene	real	1.0
nsmooth_kramers	integer	0
patch_fac	real	1.0
pclaw	real	0.0
peh_factor	real	1.
pp_cool	real	0.0
ppcool	real	1.
Pr_smag1	real	1.
Pres_cutoff	real	impossible
r_bcz	real	0.0
radius_ss	real, dimension(ninit)	0.1
radius_ss_x	real, dimension(ninit)	1.
rcool	real	0.0
rcool1	real	0.0
rcool2	real	0.0
reinitialize_ss	logical	.false.
rescale_hcond	real	0.
rescale_TTmeanxy	real	1.
rheat	real	0.0
ss_const	real	0.0
tau_cool	real	0.0
tau_cool2	real	0.0
tau_cool_pp	real	0.0
tau_cool_ss	real	0.0
tau_cor	real	0.0
tau_diff	real	0.0
tau_relax_ss	real	0.0
tau_ss_exterior	real	0.0
tauheat_buffer	real	0.0
tdown	real	0.0
TT_const	real	0.0
TT_cor	real	0.0
TT_floor	real	impossible
TT_powerlaw	real	1.0
TTbot_factor	real	1.
TTheat_buffer	real	0.0
TTref_cool	real	0.0
w_sldchar_ene			(not found)
w_sldchar_ene2	real	0.1
w_sldchar_ene_p	real	8.0
w_sldchar_ene_r0	real	1.0
wcool	real	0.1
wcool1	real	0.1
wcool2	real	0.1
wheat	real	0.1
widthchi_shock	real	0.02
widthss	real	2*epsi
widthss_ext	real	2*epsi
widthss_int	real	2*epsi
wpatch	real	0.0
wpres	real	0.1
xbot	real	0.0
xbot_aniso	real	0.0
xbot_chit1	real	0.0
xchi_shock	real	0.0
xchit	real	0.
xtop	real	0.0
xtop_aniso	real	0.0
xtop_chit1	real	0.0
z_cor	real	0.0
zcool	real	0.0
zcool1	real	0.0
zcool2	real	0.0
zheat_buffer	real	0.0
zheat_uniform_range	real	0.
zz1	real	impossible
zz1_fluct	real	impossible
zz2	real	impossible
zz2_fluct	real	impossible

Module entropy_const.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
dummy	real

Module entropy_onefluid.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
beta_glnrho_global	real, dimension(3)	0.
ladvection_energy	logical	.true.
lupw_ss	logical	.false.

Module eos_chemistry.f90

The following variables are part of the eos_run_pars namelist:

Variable	Type	Default	Meaning
cs0	real	1.
lpp_as_aux	logical	.false.
mu	real	1.
rho0	real	1.

Module eos_chemistry_simple.f90

The following variables are part of the eos_run_pars namelist:

Variable	Type	Default	Meaning
Cp_const	real	impossible
cs0	real	1.
mu	real	1.
Pr_number	real	0.7
rho0	real	1.

Module eos_fixed_ionization.f90

The following variables are part of the eos_run_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_run_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
gamma	real	5.0/3.0	PAR_DOC: adiabatic index $gamma=c_p/c_v$.
lanelastic_lin	logical	.false.
lcs2_tdep	logical	.false.
lcs_as_aux	logical	.false.
lcs_as_comaux	logical	.false.
lhubble_eos	logical	.false.
mu	real	1.0
pres_corr	real	0.1
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_run_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_run_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
va2max_eos	real	huge1
va2power_eos	integer	5
xHe	real	0.1
yH_const	real	0.0
yMetals	real	0.0

Module forcing.f90

The following variables are part of the forcing_run_pars namelist:

Variable	Type	Default	Meaning
ABC_A	real, dimension(n_forcing_cont_max)	1.
ABC_B	real, dimension(n_forcing_cont_max)	1.
ABC_C	real, dimension(n_forcing_cont_max)	1.
alpha_shift	real	5.
ampl1_ff	real, dimension(n_forcing_cont_max)	0.
ampl_diffrot	real	1.0
ampl_double_ff	real	0.
ampl_ff	real, dimension(n_forcing_cont_max)	1.
Bconst	real	1.
beta_GP	real	1.3333
Bslope	real	0.
channel_force	integer	1
ck_equator_gap	real	0.
ck_gap_step	real	0.
crosshel	real	0.
cs0eff	real	impossible
dtforce	real	0.
dtforce_ampl	real	.5
dtforce_duration	real	-1.0
ell_shift	integer	0
eps_fcont	real, dimension(n_forcing_cont_max)	0.
equator	real	0.
eta_bb	real, dimension(n_forcing_cont_max)	1.0e-4
fcont_ampl	real, dimension(n_forcing_cont_max)	1.
force	real	0.
force1_scl	real	1.
force2	real	0.
force2_scl	real	1.
force_direction	real, dimension(3)	(/0.,0.,0./)
force_double	real	0.
force_strength	real	0.
fountain	real	1.
fpre	real	1.0
height_ff	real	0.
helsign	integer	0.
iforce	character (len=labellen)	‘zero’
iforce2	character (len=labellen)	‘zero’
iforce_profile	character (len=labellen)	‘nothing’
iforce_tprofile	character (len=labellen)	‘nothing’
iforcing_cont	character (len=labellen), dimension(n_forcing_cont_max)	‘nothing’
iforcing_zsym	integer	0
jtest_aa0	integer	5
jtest_uu0	integer	1
k1_ff	real	1.
k2d	integer
kf_fcont	real, dimension(n_forcing_cont_max)	impossible
kfountain	integer	5
kmax_GP	real	2.
kmin_GP	real	1.
kx_2df	real	0.
kx_ff	real	1.
ky_2df	real	0.
ky_ff	real	1.
kz_ff	real	1.
kzlarge	integer	1
l2dxz	logical
l2dyz	logical
laniso_forcing_old	logical	.true.
lavoid_xymean	logical	.false.
lavoid_ymean	logical	.false.
lavoid_zmean	logical	.false.
lcrosshel_forcing	logical	.false.
ldiscrete_phases	logical	.false.
lembed	logical	.false.
lfastCK	logical	.false.
lfastSR	logical	.false.
lfcont_as_comaux	logical	.false.
lff_as_aux	logical	.false.
lforce_always_all_compomemts	logical	.false.
lforce_cuty	logical	.false.
lforce_peri	logical	.false.
lforce_ramp_down	logical	.false.
lforcing2_curl	logical	.false.
lforcing2_same	logical	.false.
lforcing_coefs_hel_double	logical	.false.
lforcing_cont			(not found)
lforcing_osc	logical	.false.
lforcing_osc2	logical	.false.
lforcing_osc_double	logical	.false.
lhelical_test	logical	.false.
lhydro_forcing	logical	.true.
lisotropize_SR	logical	.false.
lmagnetic_forcing	logical	.false.
lmomentum_ff	logical	.false.
lneutral_forcing	logical	.false.
location_fixed	real, dimension(3,2)	0.
lrandom_location	logical	.true.
lrandom_time	logical	.false.
lsamesign	logical	.true.
lscale_kvector_fac	logical	.false.
lscale_kvector_tobox	logical	.false.
lshearing_adjust_old	logical	.false.
ltestfield_forcing	logical	.false.
ltestflow_forcing	logical	.false.
lwrite_gausspot_to_file	logical	.false.
lwrite_gausspot_to_file_always	logical	.false.
lwrite_psi	logical	.false.
lxxcorr_forcing	logical	.false.
lxycorr_forcing	logical	.false.
max_force	real	impossible
n_axisrot_angles	integer	10
n_equator_ff	real	1.
n_hel_sin_pow	real	0.
ncol	integer	7
nexp_ff	real	1.
nk_GP	integer	2
nlist_ck	integer	25
nlocation	integer	1
old_forcing_evector	logical	.false.
omega_double_ff	real	0.
omega_exponent	real	1.0
omega_fcont	real, dimension(n_forcing_cont_max)	0.
omega_ff	real	0.
omega_tidal	real	1.0
omega_vortex	real	0.
Omega_vortex	real	0.
omegay_fcont	real, dimension(n_forcing_cont_max)	0.
omegaz_fcont	real, dimension(n_forcing_cont_max)	0.
phi_tidal	real	1.0
R0_tidal	real	1.0
r_ff	real	0.
r_ff_hel	real	0.
radius_ff	real	0.
random2d_kmax	integer	0
random2d_kmin	integer	0
rcyl_ff	real	0.
rel_zcomp	real	1.
relhel	real	1.
scale_kvectorx	real	1.
scale_kvectory	real	1.
scale_kvectorz	real	1.
slope_ff	real	0.
SR_alpha_shift	logical	.false.
SR_ell_shift	logical	.false.
tauforce_ramp_down	real(KIND=rkind8)	1.
tcor_GP	real	1.
tforce_ramp_down	real(KIND=rkind8)	1.1
tforce_start	real	0.
tforce_start2	real	0.
tforce_stop	real	impossible
tforce_stop2	real	impossible
tgentle	real, dimension(n_forcing_cont_max)	0.
torus	type(torus_rect), save		save needed due to internal initialization
wff2_ampl	real	0.
wff_ampl	real	0.
width_bb	real, dimension(n_forcing_cont_max)	0.1
width_fcont	real, dimension(n_forcing_cont_max)	1.
width_ff	real	.5
work_ff	real	0.
x1_fcont	real, dimension(n_forcing_cont_max)	0.
x2_fcont	real, dimension(n_forcing_cont_max)	0.
xff2_ampl	real	0.
xff_ampl	real	0.
xmaxf	real	0.
xminf	real	0.
yff2_ampl	real	0.
yff_ampl	real	0.
ymaxf	real	0.
yminf	real	0.
z_bb	real, dimension(n_forcing_cont_max)	0.1
z_center	real	0.
z_center_fcont	real, dimension(n_forcing_cont_max)	0.
zff2_ampl	real	0.
zff_ampl	real	0.
zff_height	real	1.
zff_hel	real	0.

Module gpu_astaroth.f90

The following variables are part of the gpu_run_pars namelist:

Variable	Type	Default	Meaning
it_test_rhs	integer	1
lac_sparse_autotuning	logical	.true.
lac_sparse_autotuning_always	logical	.false.
lcpu_timestep_on_gpu	logical	.false.
lcumulative_df_on_gpu	logical	.false.
lonly_default_stream_for_taskgraphs	logical	.false.
lread_all_vars_from_device	logical	.false.
lsingle_precision_timestep	logical	.true.
ltest_bcs	logical	.false.
ltest_rhs	logical	.false.
thread_block_loop_factors	integer, dimension(3)	(/1,1,1/)

Module gravity_r.f90

The following variables are part of the grav_run_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.
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
nu_epicycle	real	1.0
qgshear	real	1.5	(global) shear parameter
r0_pot	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_run_pars namelist:

Variable	Type	Default	Meaning
accretor_grav	real	0.
accretor_rsoft	real	0.
accretor_speed	real	0.
cdt_accretor	real	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
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)
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
xgrav	real	impossible
xinfty	real	0.0
xref	real	0.0
ygrav	real	impossible
yinfty	real	0.0
zclip	real	impossible
zgrav	real	impossible
zinfty	real	impossible
zref	real	impossible	PAR_DOC: label{zref-init}%

Module heatflux.f90

The following variables are part of the heatflux_run_pars namelist:

Variable	Type	Default	Meaning
hyper3_coeff	real	0.
iheatflux	character (len=labellen)	‘nothing’
Kc	real	0.
Kspitzer_para	real	0.
lnfs2	logical	.false.
lreset_heatflux	logical	.false.
ltau_spitzer_va	logical	.false.
saturation_flux	real	0.
tau1_eighthm	real	0.
tau_inv_spitzer	real	0.
va2max_tau_boris	real	0.

Module hydro.f90

The following variables are part of the hydro_run_pars namelist:

Variable	Type	Default	Meaning
alpha_hless	real	.0
alpha_precession	real	0.
amp_centforce	real	1.
ampl1_diffrot	real	0.
ampl2_diffrot	real	0.
ampl_fcont_uu	real	1.
ampl_forc	real	0.
ampl_Omega	real	0.0
ampl_wind	real	0.
ampluu	real, dimension (ninit)	0.0	PAR_DOC: amplitude for some types of
borderuu	character (len=labellen), dimension(3)	‘nothing’
cdt_tauf	real	1.0
dampu	real	0.
dampuext	real	0.0
dampuint	real	0.0
dtcor	real	0.
dx_forc	real	0.1
ekman_friction	real	0.0
friction_tdep	character (len=labellen)	‘nothing’
friction_tdep_tau0	real	0.
friction_tdep_toffset	real	0.0
hydro_xaver_range	real, dimension(2)	(/-max_real,max_real/)
hydro_zaver_range	real, dimension(2)	(/-max_real,max_real/)
index_rSH	integer	1	ceiling(nx/2.)
inituu	character (len=labellen), dimension(ninit)	‘nothing’	PAR_DOC:
interior_bc_hydro_profile	character (len=labellen)	‘nothing’
k_diffrot	real	1.
k_forc	real	impossible
kx_diffrot	real	1.
kz_analysis	real	1.
kz_diffrot	real	0.
kz_uu	real, dimension (ninit)	1.0
ladvection_velocity	logical	.true.
lalways_use_gij_etc	logical	.false.
lcalc_ruumeanxy	logical	.false.
lcalc_ruumeanz	logical	.false.
lcalc_uumean	logical
lcalc_uumeanx	logical	.false.
lcalc_uumeanxy	logical	.false.
lcalc_uumeanxz	logical	.false.
lcalc_uumeanz	logical	.false.
lcdt_tauf	logical	.false.
lcentrifugal_force	logical	.false.
lconservative	logical	.false.
lconservative_pressure_on_rhs	logical	.false.
lcoriolis_force	logical	.true.
lcoriolis_xdep	logical	.false.
ldamp_fade	logical	.false.
ldiffrot_test	logical	.false.
lfargoadvection_as_shift	logical	.true.
lforcing_cont_uu	logical	.false.
lfreeze_uext	logical	.false.
lfreeze_uint	logical	.false.
lhelmholtz_decomp	logical	.false.
lhiggsless	logical	.false.
lhubble_hydro	logical	.false.
lhydro_bc_interior	logical	.false.
limpose_only_horizontal_uumz	logical	.false.
llinearized_hydro	logical	.false.
llorentz_as_aux	logical	.false.
lno_meridional_flow	logical	.false.
lno_radial_advection	logical	.false.
lOmega_cyl_xy	logical	.false.
lOmega_int	logical	.false.
loo_as_aux	logical	.false.
loost_as_aux	logical	.false.
loot_as_aux	logical	.false.
loutest	logical	.false.
lprecession	logical	.false.
lpressuregradient_gas	logical, target	.true.
lpropagate_borderuu	logical	.true.
lreinitialize_uu	logical	.false.
lrelativistic	logical	.false.
lremove_mean_angmom	logical	.false.
lremove_mean_flow	logical	.false.
lremove_mean_momenta	logical	.false.
lremove_uumeanx	logical	.false.
lremove_uumeanxy	logical	.false.
lremove_uumeany	logical	.false.
lremove_uumeanz	logical	.false.
lremove_uumeanz_horizontal	logical	.false.
lrotation_xaxis	logical	.false.
lSchur_2D2D1D_uu	logical	.false.
lSchur_2D2D3D_uu	logical	.false.
lSchur_3D3D1D_uu	logical	.false.
lshear_in_coriolis	logical	.false.
lshear_rateofstrain	logical	.false.
ltime_integrals_always	logical	.true.
luij_as_aux	logical	.false.
luij_test	logical	.false.
lupw_uu	logical	.false.
luu_fluc_as_aux	logical	.false.
luu_sph_as_aux	logical	.false.
luust_as_aux	logical	.false.
luut_as_aux	logical	.false.
lvart_in_shear_frame	logical	.false.
mean_momentum	real, dimension (3)	(/0.,0.,0./)
niter_relB	integer	1
Om_inner	real	0.
Omega			(not found)
omega_fourier	real	0.
omega_in	real	0.
Omega_int	real	0.
omega_out	real	0.
omega_precession	real	0.
othresh_per_orms	real	0.
phase_diffrot	real	0.
Pr	real	0.0	Boussinesq approximation
qshear			(not found)
r_omega	real	0.
Ra	real	0.0	Boussinesq approximation
rdampext	real	impossible
rdampint	real	impossible
rescale_uu	real	0.
Sbaro0	real	0.
Shearx	real	0.
t1_ekman	real	0.
t2_ekman	real	0.
tau_damp_ruxm	real	0.
tau_damp_ruym	real	0.
tau_damp_ruzm	real	0.
tau_diffrot1	real	0.
tdamp	real	0.
tfade_start	real	-1.
theta	real
uij_0D_test	real, dimension(3,3)	0.
ulev	real	impossible
uphi_rbot	real	1.
uphi_rtop	real	1.
uphi_step_width	real	0.
uuprof	character (len=labellen)	‘nothing’
uzjet	real	0.0
velocity_ceiling	real	.0
vwall	real	.0
w_forc	real	0.
w_omega	real	0.
w_sldchar_hyd	real	1.0
wdamp	real	0.
width_ff_uu	real	1.
width_hless	real	.0
x1_ff_uu	real	0.
x2_ff_uu	real	0.
x_forc	real	0.
xexp_diffrot	real	1.
ydampext	real	impossible
ydampint	real	impossible
z1_interior_bc_hydro	real	0.
zdampext	real	impossible
zdampint	real	impossible

Module hydro_kinematic.f90

The following variables are part of the hydro_run_pars namelist:

Variable	Type	Default	Meaning
ABC_A	real	1.0
ABC_B	real	1.0
ABC_C	real	1.0
alpha_damping	real	1.
ampl_kinflow	real	1.
binary_radius	real	0.
chi_uukin	real	45.
circ_amp	real	0.
circ_rmax	real	0.
circ_step_width	real	0.
cs21_kinflow	real	1.
cx_uukin	real	0.
cy_uukin	real	0.
cz_uukin	real	0.
del_uukin	real	0.
diff_rot_a2	real	0.
diff_rot_a4	real	0.
dkx_uukin	real	0.
dky_uukin	real	0.
dkz_uukin	real	0.
dtforce	real	impossible
eps_kinflow	real	0.
exp_kinflow	real	1.
gamma_dg11	real	0.4
gcs_psizero	real	0.
gcs_rzero	real	0.
kappa_kinflow	integer	100	nghost
kinematic_flow	character (len=labellen)	‘none’
kinflow_ck_Balpha	real	0.
kinflow_ck_ell	integer	0	nghost
kpeak_kinflow	real	3.
kx_uukin	real	1.
ky_uukin	real	1.
kz_uukin	real	1.
lambda_kinflow	real	1.
lkinflow_as_comaux	logical	.false.
lkinflow_as_uudat	logical	.false.
ll_sh	integer	0
location_fixed	real, dimension(3)	(/0.,0.,0./)
lrandom_ampl	logical	.false.
lrandom_location	logical	.false.
lrandom_wavenumber	logical	.false.
ltime_old_kinflow	logical	.false.
lwrite_random_ampl	logical	.false.
lwrite_random_location	logical	.false.
lwrite_random_wavenumber	logical	.false.
mm_sh	integer	0
n_xprof	integer	-1
omega_kinflow	real	0.
phasex_uukin	real	0.
phasey_uukin	real	0.
phasez_uukin	real	0.
power1_kinflow	real	4.
power2_kinflow	real	-5./3.
radial_shear	real	0.
radius_kinflow	real	0.
relhel_uukin	real	1.
rp	real	0
sigma1_uukin_scl_yz	real	1.
sigma_uukin	real	1.
smooth_width	integer	0	nghost
tau_uukin	real	1.
TC_omega_out	real	0.
time_uukin	real	1.
tree_lmax	integer	8	nghost
uphi_at_rzero	real	0.
uphi_rbot	real	1.
uphi_rmax	real	1.
uphi_rtop	real	1.
uphi_step_width	real	0.
width_kinflow	real	0.
wind_amp	real	0.
wind_ampz	real	0.
wind_profile	character (len=labellen)	‘none’
wind_radius	real	0.
wind_rmin	real	impossible
wind_step_width	real	0.
wind_z	real	0.
zinfty_kinflow	real	0.

Module hydro_potential.f90

The following variables are part of the hydro_run_pars namelist:

Variable	Type	Default	Meaning
alpha_precession	real	0.
amp_centforce	real	1.
ampl1_diffrot	real	0.
ampl2_diffrot	real	0.
ampl_fcont_uu	real	1.
ampl_forc	real	0.
ampl_wind	real	0.
ampluu	real, dimension (ninit)	0.0
borderuu	character (len=labellen), dimension(3)	‘nothing’
dx_forc	real	0.1
ekman_friction	real	0.0
hydro_xaver_range	real, dimension(2)	(/-max_real,max_real/)
hydro_zaver_range	real, dimension(2)	(/-max_real,max_real/)
inituu	character (len=labellen), dimension(ninit)	‘nothing’
interior_bc_hydro_profile	character (len=labellen)	‘nothing’
k_diffrot	real	1.
k_forc	real	impossible
kx_diffrot	real	1.
kz_analysis	real	1.
kz_diffrot	real	0.
kz_uu	real	1.
ladvection_velocity	logical	.true.
lalways_use_gij_etc	logical	.false.
lcalc_uumean	logical
lcalc_uumeanx	logical	.false.
lcalc_uumeanxy	logical	.false.
lcalc_uumeanxz	logical	.false.
lcalc_uumeanz	logical	.false.
lfargoadvection_as_shift	logical	.true.
lforcing_cont_uu	logical	.false.
lhelmholtz_decomp	logical	.false.
lhydro_bc_interior	logical	.false.
llinearized_hydro	logical	.false.
lno_meridional_flow	logical	.false.
lno_radial_advection	logical	.false.
loo_as_aux	logical	.false.
loot_as_aux	logical	.false.
loutest	logical
lprecession	logical	.false.
lpressuregradient_gas	logical, target	.true.
lpropagate_borderuu	logical	.true.
lreinitialize_uu	logical	.false.
lremove_mean_angmom	logical	.false.
lremove_mean_flow	logical	.false.
lremove_mean_momenta	logical	.false.
lremove_uumeanxy	logical	.false.
lremove_uumeanz	logical	.false.
lremove_uumeanz_horizontal	logical	.false.
lrotation_xaxis	logical	.false.
lshear_in_coriolis	logical	.false.
lshear_rateofstrain	logical	.false.
lupw_uu	logical	.false.
luut_as_aux	logical	.false.
mean_momentum	real, dimension (3)	(/0.,0.,0./)
nu	real	0.
omega_in	real	0.
omega_out	real	0.
omega_precession	real	0.
othresh	real	0.
othresh_per_orms	real	0.
phase_diffrot	real	0.
Pr	real	0.0	Boussinesq approximation
r_omega	real	0.
Ra	real	0.0	Boussinesq approximation
rescale_uu	real	0.
Shearx	real	0.
ubot	real	0.
uphi_rbot	real	1.
uphi_rtop	real	1.
uphi_step_width	real	0.
utop	real	0.
uuprof	character (len=labellen)	‘nothing’
uzjet	real	0.0
w_forc	real	0.
w_omega	real	0.
w_sldchar_hyd	real	1.0
width_ff_uu	real	1.
x1_ff_uu	real	0.
x2_ff_uu	real	0.
x_forc	real	0.
xexp_diffrot	real	1.
z1_interior_bc_hydro	real	0.

Module implicit_diffusion.f90

The following variables are part of the implicit_diffusion_run_pars namelist:

Variable	Type	Default	Meaning
implicit_method	character(len=6)	‘full’

Module interstellar.f90

The following variables are part of the interstellar_run_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
cloud_rho	real	impossible
cloud_tau	real	impossible
cloud_TT	real	impossible
cooling_select	character (len=labellen)	‘WSW’
coolingfunction_scalefactor	real	1.
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
heatcool_shock_cutoff_rate	real	0.
heating_rate	real	0.015
heating_select	character (len=labellen)	‘wolfire’
heatingfunction_fadefactor	real	1.
heatingfunction_scalefactor	real	1.
iSNdx	real	4.
kin_max	real	0.075
kperp	real	0.05
l_persist_overwrite_lSNI	logical	.false.
l_persist_overwrite_lSNII	logical	.false.
l_persist_overwrite_tcluster	logical	.false.
l_persist_overwrite_tSNI	logical	.false.
l_persist_overwrite_tSNII	logical	.false.
l_persist_overwrite_xcluster	logical	.false.
l_persist_overwrite_ycluster	logical	.false.
l_persist_overwrite_zcluster	logical	.false.
ladd_massflux	logical	.false.
laverage_SNI_heating	logical	.false.
laverage_SNII_heating	logical	.false.
lcooling_revert	logical	.false.
lh_SNII_adjust	logical	.false.
lheatz_min	logical	.true.
lOB_cluster	logical	.false.	SN clustering
lreset_ism_seed	logical	.false.
lscale_SN_interval	logical	.false.
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_mass_rate	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_SN_progenitor	real	impossible
mass_width_ratio	real	1.
N_mass	real	250.0
Nsol_added	real	30.
p_OB	real	0.7	Probability that an SN is in a cluster
rfactor_SN	real	5.0
rho0ts	real	impossible
rho_SN_max	real	impossible
rho_SN_min	real	impossible
seed_reset	integer	1963
SN_clustering_radius	real	impossible
SN_clustering_time	real	impossible
SN_interval_rhom	real	impossible
SN_rho_ratio	real	1e4
SN_TT_ratio	real	1.0e1
SNI_area_rate	real	impossible
SNI_factor	real	1.0
SNII_area_rate	real	impossible
SNII_factor	real	1.0
T_init	real	impossible
t_next_SNI	real	0.0
t_next_SNII	real	0.0
t_settle	real	0.
thermal_profile	character (len=labellen)	‘gaussian’
TT_SN_max	real	impossible
TT_SN_min	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_run_pars namelist:

Variable	Type	Default	Meaning
addrate	real	1.0
ampl_SN	real	impossible
cdt_tauc	real	0.5
center_SN_x	real	impossible
center_SN_y	real	impossible
center_SN_z	real	impossible
cloud_rho	real	impossible
cloud_tau	real	impossible
cloud_TT	real	impossible
cooling_select	character (len=labellen)	‘RBN’
coolingfunction_scalefactor	real	1.
cooltime_despike_factor	real	2.
energy_width_ratio	real	1.
frac_ecr	real	0.1
frac_eth	real	0.9
h_SNI	real	impossible
h_SNII	real	impossible
heatcool_shock_cutoff	real	0.
heatcool_shock_cutoff_rate	real	0.
heating_rate	real	0.015
heating_select	character (len=labellen)	‘wolfire’
heatingfunction_scalefactor	real	1.
inner_shell_proportion	real	1.
kampl_SN	real	impossible
ladd_massflux	logical	.false.
laverage_SN_heating	logical	.false.
lcooltime_despike	logical	.false.
lcooltime_smooth	logical	.false.
lforce_locate_SNI	logical	.false.
lheating_UV	logical	.true.
lheatz_min	logical	.true.
lOB_cluster	logical	.false.	SN clustering
lsmooth_coolingfunc	logical	.false.
lSN_ecr	logical	.true.
lSN_eth	logical	.true.
lSN_fcr	logical	.false.
lSN_mass	logical	.true.
lSN_mass_rate	logical	.false.
lSN_scale_rad	logical	.false.
lSN_velocity	logical	.false.
lSNI	logical	.true.
lSNII	logical	.false.
lSNII_gaussian	logical	.true.
lthermal_hse	logical	.false.
lTT_cutoff	logical	.false.
mass_movement	character (len=labellen)	‘off’
mass_profile	character (len=labellen)	‘gaussian3’
mass_SN	real	impossible
mass_SN_progenitor	real	impossible
mass_width_ratio	real	1.
N_mass	real	60.0
outer_shell_proportion	real	1.2
p_OB	real	0.7	Probability that an SN is in a cluster
rho0ts	real	impossible
rho_SN_max	real	impossible
rho_SN_min	real	impossible
SN_clustering_radius	real	impossible
SNI_area_rate	real	impossible
SNII_area_rate	real	impossible
SNR_damping	real	0.
T0hs	real	impossible
t_next_SNI	real	0.0
t_next_SNII	real	0.0
t_settle	real	0.
thermal_profile	character (len=labellen)	‘gaussian3’
TT_cutoff	real	impossible
TT_SN_max	real	impossible
TT_SN_min	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_run_pars namelist:

Variable	Type	Default	Meaning
cphi	real	1.
etaphi	real	0.
ladvect_phi	logical	.false.

Module magnetic.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
A_relaxprofile	character (len=labellen)	‘0
alev	real	impossible
alp_aniso	real	0.0
alpf_MHD	real	0.	PAR_DOC: axion coupling (in MHD, if not defined in disp_current)
alphaSSm	real	0.0
ambipolar_diffusion	character (len=labellen)	‘constant’
amp_relprof	real	1.0
ampl_efield	real	0.
ampl_eta_uz	real	0.0
ampl_fcont_aa	real	1.0
ampl_ff	real	1.0
amplaa	real, dimension (ninit)	0.0	PAR_DOC: amplitude for some types of
angle_dip	real	0.
B0_ext	real, dimension(3)	0.0
B0_ext_z	real	0.0
B0_ext_z_H	real	0.0
B0_magfric	real	1.0
B2_diamag	real	0.0
B_ext	real, dimension(3)	0.0
battery_term	real	0.0
betamin_jxb	real, target	0.0
bij_0D_test	real, dimension(3,3)	0.
borderaa	character (len=labellen), dimension(3)	‘nothing’
brms_target	real	1.0
bthresh_per_brms	real	0.0
center1_x	real	0.0
center1_y	real	0.0
center1_z	real	0.0
cmin	real	0.0
D_smag	real	0.17
daareset	real	0.0
div_sld_magn	character (len=labellen)	‘2nd’
dtcor	real	0.
edge_moving_layer	real	.1
ekman_friction_aa	real	0.0
ell_jj	real	0.
epsi_dip	real	0.1
epsilonaa	real	0.01	PAR_DOC: used by some initial fields
eta	real	0.0
eta1	real	0.0
eta1_aniso	real	impossible
eta1_aniso_d	real	0.0
eta1_aniso_r	real	0.0
eta1_aniso_ratio	real	impossible
eta_ampl	real	0.
eta_aniso_BB	real	0.0
eta_aniso_hyper3	real, dimension(3)	0.0
eta_anom	real	0.0
eta_anom_thresh	real	0.0
eta_cspeed	real	0.5
eta_ext	real	0.0
eta_hyper2	real	0.0
eta_hyper3	real	0.0
eta_hyper3_mesh	real	5.0
eta_int	real	0.0
eta_j	real	0.
eta_j2	real	0.
eta_jrho	real	0.
eta_jump	real	0.0
eta_jump0	real	0.0
eta_jump1	real	0.0
eta_jump2	real	0.0
eta_jump_shock	real	1.0
eta_max	real	0.
eta_min	real	0.
eta_out	real	0.0
eta_power_x	real	0.
eta_power_z	real	0.
eta_r0	real	1.0
eta_r1	real	1.0
eta_rwidth	real	0.0
eta_rwidth0	real	0.0
eta_rwidth1	real	0.0
eta_shock	real	0.0
eta_shock2	real	0.0
eta_spitzer	real	0.
eta_tdep_ascale_power	real	0.
eta_tdep_exponent	real	0.0
eta_tdep_loverride_ee	real	0.
eta_tdep_t0	real	0.0
eta_tdep_toffset	real	0.0
eta_va	real	0.
eta_width_shock	real	0.0
eta_x0	real	1.0
eta_x1	real	1.0
eta_xshock	real	1.0
eta_xwidth	real	0.0
eta_xwidth0	real	0.0
eta_xwidth1	real	0.0
eta_xy_max	real	1.0
eta_y0	real	1.0
eta_y1	real	1.0
eta_ywidth	real	0.0
eta_z0	real	1.0
eta_z1	real	1.0
eta_zshock	real	1.0
eta_zwidth	real	0.0
eta_zwidth2	real	0.0
fac_sld_magn	real	1.0
forcing_continuous_aa_amplfact	real	1.0
forcing_continuous_aa_phasefact	real	1.0
gamma_epspb	real	2.4
h_sld_magn	real	2.0
hall_tdep_exponent	real	0.0
hall_tdep_t0	real	0.0
hall_term	real	0.0
hall_zdep_exponent	real	4.0
height_eta	real	0.0
Hhall	real	0.
iforcing_continuous_aa	character (len=labellen)	‘fixed_swirl’
ihall_term	character (len=labellen)	‘const’
imp_alpha0	real	0.0
imp_halpha	real	0.0
inertial_length	real	0.0
initaa	character (len=labellen), dimension(ninit)	‘nothing’
iresistivity	character (len=labellen), dimension(nresi_max)	‘’
J_ext	real, dimension(3)	(/0.0,0.0,0.0/)
J_ext_quench	real	0.0
je_heating_factor	real	1.
k1_ff	real	1.0
k1x_ff	real	1.0
k1y_ff	real	1.0
k1z_ff	real	1.0
k_relprof	real	1.0
kx_aa	real, dimension (ninit)	1.0
ky_aa	real, dimension (ninit)	1.0
kz_aa	real, dimension (ninit)	1.0
lA_relprof_global	logical	.false.
laa_cou_as_aux	logical	.false.
ladd_disp_current_from_aux	logical	.false.
ladd_efield	logical	.false.
ladd_global_field	logical	.false.
ladvective_gauge	logical	.false.
ladvective_gauge2	logical	.false.
lalfven_as_aux	logical	.false.
lambipolar_strong_coupling	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.
lbext_curvilinear	logical	.true.
lbext_moving_layer	logical	.false.
lbgu_as_aux	logical	.false.
lbij_as_aux	logical	.false.
lbij_test	logical	.false.
lboris_correction	logical	.false.
lbraginsky	logical	.false.
lbx_ext_global	logical	.false.
lby_ext_global	logical	.false.
lbz_ext_global	logical	.false.
lcalc_aamean	logical	.false.	This exists only for backwards compatibility
lcheck_positive_va2	logical	.false.
lcoulomb	logical	.false.
lcoulomb_apply	logical	.false.
lcovariant_magnetic	logical	.false.
lcurlb_as_aux	logical	.false.
ldensity_add_je_heating	logical	.false.
ldiamagnetism	logical	.false.
lelectron_inertia	logical	.false.
letasmag_as_aux	logical	.false.
lforcing_cont_aa	logical	.false.
lforcing_cont_aa_local	logical	.false.
lfreeze_aext	logical	.false.
lfreeze_aint	logical	.false.
lhalox	logical	.false.
lhubble_magnetic	logical	.false.
lignore_1rho_in_Lorentz	logical	.false.
lignore_Bext_in_b2	logical	.false.
limiter_fact	real	1.	PAR_DOC: limiter factor
limp_alpha	logical	.false.
limplicit_resistivity	logical	.false.
linduction	logical	.true.
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.
lkeplerian_gauge	logical	.false.
lkinematic	logical	.false.
LLambda_aa	real	0.0
llimiter	logical	.false.
llocal_friction	logical	.false.
llorentzforce	logical	.true.
lmagneto_friction	logical	.false.
lmean_friction	logical	.false.
lncr_anticorrelated	logical	.false.
lncr_correlated	logical	.false.
lneutralion_heat	logical	.true.
lno_eta_tdep	logical	.false.
lno_ohmic_heat_bound_z	logical	.false.
lnoinduction	logical	.false.
lohmic_heat	logical	.true.
loverride_ee2	logical	.false.
loverride_ee_decide	logical	.false.
lpropagate_borderaa	logical	.true.
lremove_meanax	logical	.false.
lremove_meanaxy	logical	.false.
lremove_meanaxz	logical	.false.
lremove_meanay	logical	.false.
lremove_meanaz	logical	.false.
lremove_volume_average	logical	.false.
lreset_aa	logical	.false.
lreset_vart_only_at_start	logical	.false.	PAR_DOC: reset vart only at start
lresi_eta_tdep_t0_norm	logical	.false.
lrhs_max	logical	.false.
lrun_initaa	logical	.false.
lsld_bb	logical	.false.
lsmooth_jj	logical	.false.
ltime_integrals_always	logical	.true.
lua_as_aux	logical	.false.
lugb_as_aux	logical	.false.
lupw_aa	logical	.false.
luse_Bext_in_b2	logical	.true.
luse_bgb_as_jxb	logical	.false.	PAR_DOC: replace JxB by B.gradB in auxiliary array, for test purposes.
luse_scale_factor_in_sigma	logical	.true.
luxb_as_aux	logical	.false.
lvacuum	logical	.false.
lvart_in_shear_frame	logical	.false.
lweyl_gauge	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/)
ncr_quench	real	0.
nlf_sld_magn	real	1.0
no_ohmic_heat_z0	real	1.0
no_ohmic_heat_zwidth	real	0.0
nu_ni	real	0.0
numag	real	0.0
omega_Bz_ext	real	0.0
Pm_smag1	real	1.
quench_aniso	real	impossible
r_dip	real	1
radius	real	0.1	PAR_DOC: used by some initial fields
rdep_profile	character (len=labellen)	‘two-step’
reinitialize_aa	logical	.false.
rescale_aa	real	0.0
rescaling_fraction	real	1.0
rhomin_jxb	real	0.0
rhoref	real	impossible
scl_uxb_in_ohm	real	1.
sigma_ratio	real	1.0
speed_moving_layer	real	0.
swirl	real	1.0
t0_bext	real	0.0
t_bext	real	0.0
tau_aa_exterior	real	0.0
tau_jj	real	1.
tau_relprof	real	0.0
tau_remove_meanaxy	real	1.0
tauAD	real	0.0
tdep_eta_type	character (len=labellen)	‘standard’
two_step_factor	real	1.
va2max_boris	real	0.0
va2max_jxb	real	0.0
va2power_jxb	integer, target	5
va_min			(not found)
vcrit_anom	real	1.0
w_sldchar_mag	real	1.
wresistivity	real	0.01
xdep_profile	character (len=labellen)	‘two-step’
ydep_profile	character (len=labellen)	‘two-step’
zbot_moving_layer	real	0.
zdep_profile	character (len=labellen)	‘fs’
ztop_moving_layer	real	0.

Module neutraldensity.f90

The following variables are part of the neutraldensity_run_pars namelist:

Variable	Type	Default	Meaning
alpha	real	0.
alpha_prescription	character (len=labellen)	‘const’
borderlnrhon	character (len=labellen)	‘nothing’
diffrhon	real	0.
diffrhon_hyper3	real	0.
diffrhon_hyper3_aniso	real, dimension(3)	0.
diffrhon_shock	real	0.
idiffn	character (len=labellen), dimension(ndiff_max)	‘’
lcontinuity_neutral	logical	.true.
lfreeze_lnrhonext	logical	.false.
lfreeze_lnrhonint	logical	.false.
lnrhon_const	real	0.
lnrhon_ext	real	0.
lnrhon_int	real	0.
lpretend_star	logical	.false.
lramp_up	logical	.false.
lupw_lnrhon	logical	.false.
lupw_rhon	logical	.false.
luse_as_ionization	logical	.false.
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_run_pars namelist:

Variable	Type	Default	Meaning
borderuun	character (len=labellen)	‘nothing’
colldrag	real	0
csn0	real	0.
electron_pressure	real	1
iviscn	character (len=labellen),dimension(ninit)	‘’
ladvection_velocity	logical	.true.
lcentrifugal_force	logical	.false.
lcoriolis_force	logical	.true.
lelectron_pressure	logical	.false.
lfreeze_unext	logical	.false.
lfreeze_unint	logical	.false.
lpressuregradient	logical	.true.
lupw_uun	logical	.false.
lviscneutral	logical	.true.
nun	real	0.
nun_hyper3	real	0.
Omega			(not found)
theta			(not found)

Module NSCBC.f90

The following variables are part of the NSCBC_run_pars namelist:

Variable	Type	Default	Meaning
inlet_from_file	logical	.false.
inlet_profile	character (len=labellen), dimension(ninit)	‘nothing’
inlet_zz1	real	0.
inlet_zz2	real	0.
jet_center	real, dimension(2)	(/0.,0./)
jet_inlet	logical	.false.
lfinal_velocity_profile	logical	.false.
momentum_thickness	real, dimension(2)	(/0.014,0.0182/)
notransveral_terms	logical	.true.
nscbc_bc	character(len=2*nscbc_len+1), dimension(3)	‘’
nscbc_sigma_in	real	1.
nscbc_sigma_out	real	1.
onesided_inlet	logical	.true.
p_infty	real	1.
radius_profile	real, dimension(2)	(/0.0182,0.0364/)
sigma	real	1.
smooth_time	real	0.
transversal_damping	real	0.2
turb_inlet_dir	character(len=fnlen)	‘’
turb_inlet_file	character(len=fnlen)	‘var.dat’
turb_profile_mag	real	1.0
velocity_profile	character (len=labellen), dimension(ninit)	‘nothing’
velocity_ratio	real	3.3
zz_profile	character (len=labellen), dimension(ninit)	‘nothing’

Module particles_adaptation.f90

The following variables are part of the particles_adapt_run_pars namelist:

Variable	Type	Default	Meaning
adaptation_method	character(len=labellen)	‘random’
dvp_split_kick	real	0.0
npar_max	integer	16
npar_min	integer	4
npar_target	integer	8

Module particles_adsorbed.f90

The following variables are part of the particles_ads_run_pars namelist:

Variable	Type	Default	Meaning
adsplaceholder	real	0.0

Module particles_breakup.f90

The following variables are part of the particles_breakup_run_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_run_pars namelist:

Variable	Type	Default	Meaning
TrSigma_Cutoff	real	-1e10

Module particles_charged.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
cdtp	real	0.2
dust_charge	real	1.
fluid_mu	real	1.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcoriolis_force_par	logical	.false.
linsert_particles_continuously			(not found)
lmigration_redo			(not found)
lonly_eforce	logical	.false.
lpar_spec	logical	.false.
lstokes_drag	logical	.false.
rhodust	real	1.

Module particles_chemistry.f90

The following variables are part of the particles_chem_run_pars namelist:

Variable	Type	Default	Meaning
chemplaceholder	real	0.0
lheat_per_pencil	logical	.false.
lpreactions	logical	.true.
lreactive_heating	logical	.false.	RUN_DOC: reactive heating of the particle
lthiele	logical	.false.	RUN_DOC: internal porosity with thiele modulus

Module particles_coagulation.f90

The following variables are part of the particles_coag_run_pars namelist:

Variable	Type	Default	Meaning
a0	real	1.
cdtpcoag	real	0.2
critical_mass_ratio_sticking	real	1.0
deltad	real	1.
deltav	real	1.0	relative velocity
deltav_grav_floor	real	0.0
droplet_coagulation_model	character (len=labellen)	‘standard’
GNewton	real	6.67428e-11
kernel_cst	real	1.0
kernel_lin	real	1.0
kernel_output	logical	.false.
kernel_pro	real	1.0
lbrownian_coag_correction	logical	.true.	use thermal (coalescence) velocity in the Brownian kernel
lcheck_reference_radius	logical	.false.
lcoag_simultaneous	logical	.false.
lcollision_output	logical	.false.
lcollision_output_swapped	logical	.false.
lconstant_deltav	logical	.false.	use constant relative velocity
lconstant_kernel_test	logical	.false.
ldroplet_coagulation	logical	.false.
lgravitational_cross_section	logical	.false.
llinear_kernel_test	logical	.false.
lmaxwell_deltav	logical	.false.	use maxwellian relative velocity
lnoselfcollision	logical	.true.
lproduct_kernel_test	logical	.false.
lrelabelling	logical	.false.
lremove_particle	logical	.false.
lremove_particle2	logical	.false.
lremove_particle_phys	logical	.true.
lshear_in_vp	logical	.true.
luser_random_number_wrapper	logical	.false.
lzsomdullemond	logical	.false.	use Zsom and Dullemond method
maxwell_param	real	1.0	alpha parameter for maxwell distribution
minimum_particle_mass	real	0.0
minimum_particle_radius	real	0.0
normal_coagulation	logical	.false.
part_melt_temp	real	0.
r1	real	0.
r2	real	0.
r3	real	0.
r4	real	0.
r5	real	0.
r6	real	0.
r7	real	0.
r8	real	0.
r_diff	real	0.
radius_output	logical	.false.
rbin	integer	0
rdifference	real	1.0
reference_radius	real	5e-5
sphericalKernel	logical	.false.
tstart_droplet_coagulation	real	impossible

Module particles_collisions.f90

The following variables are part of the particles_coll_run_pars namelist:

Variable	Type	Default	Meaning
coeff_restitution	real	1.0
icoll	character (len=labellen)	‘big-ball’
lambda_mfp_single	real	1.0
lapproaching_collisions	logical	.false.
lkeplerian_flat	logical	.false.
lshear_in_vp	logical	.false.
lstop_at_first_collision	logical	.false.
ltauc_from_tauf	logical	.false.
ncoll_max_par	integer	-1
npart_max_par	integer	-1

Module particles_diagnos_dv.f90

The following variables are part of the particles_diagnos_dv_run_pars namelist:

Variable	Type	Default	Meaning
col_combine	logical	.false.
col_radius	real	0.
colspace	integer	-1
colvel	integer	-1
particle_gridsize	real	0.
velmult	real	100.

Module particles_diagnos_state.f90

The following variables are part of the particles_diagnos_state_run_pars namelist:

Variable	Type	Default	Meaning
slow_vel_trigger	real	0.
state_def	character (len=labellen)	‘velz’

Module particles_drag.f90

The following variables are part of the particles_drag_run_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_on_gas	logical, target	.false.	Turn on/off drag on gas
ldrag_on_par	logical	.false.	Turn on/off drag on particles
ldrag_pm_back_reaction	logical	.true.	Couple the gas by particle-meshing back reaction from particles
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_run_pars namelist:

Variable	Type	Default	Meaning
A2	real	0.
A3	real	0.
ascalar_cic	logical	.false.
ascalar_ngp	logical	.false.
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
birthring_lifetime	real	huge1
birthring_r	real	1.0
birthring_width	real	0.1
brownian_T0	real	0.0
cdtp	real	0.2
cdtp_drag	real	0.2
cdtpgrav	real	0.1
coeff_restitution	real	0.5
compensate_sedimentation	real	1.
cond_ratio	real	0.0
cone_half_angle_deg	real	0.0
Deltauy_gas_friction	real	0.0
diffusion_coefficient	real	0.0
dsnap_par_minor			(not found)
eps_dtog			(not found)
epsp_friction_increase	real	100.0
frac_hill	real	1.0
G_condensation	real, target	0.0
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’
istep_dragf	integer	3
istep_pass	integer	3
it_insert_nuclei	integer	1
k_shell	integer	-1	k associated with minshell (special/shell.f90)
kx_gg	real	1.0
kz_gg	real	1.0
l_shell	logical	.false.	using special/shell.f90 for gas velocities
laccretion_removal	logical	.false.
lbirthring_depletion	logical	.false.
lbrownian_forces	logical	.false.
lbrownian_forces_Li_Ahmadi	logical	.false.
lbubble	logical	.false.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcollisional_cooling_rms	logical	.false.
lcollisional_cooling_taucool	logical	.false.
lcollisional_cooling_twobody	logical	.false.
lcollisional_dragforce_cooling	logical	.false.
lcollisional_heat	logical	.false.
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcompensate_friction_increase	logical	.false.
lcompensate_sedimentation	logical	.false.
lcondensation_rate	logical	.false.
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldiff_dragf	logical	.false.
ldiff_pass	logical	.false.
ldiffuse_dragf	logical	.false.
ldiffuse_passive	logical	.false.
ldragforce_dust_par	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.
ldraglaw_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.true.
lenforce_policy	logical	.false.
lfollow_gas	logical	.false.
lgaussian_birthring	logical	.false.
lignore_rhop_swarm			(not found)
linsert_as_many_as_possible	logical	.false.
linsert_particles_continuously			(not found)
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lnostore_uu	logical	.true.
lnpmin_exclude_zero	logical	.false.
lnu_draglaw	logical	.false.
log_ap_max_dist			(not found)
log_ap_min_dist			(not found)
loutput_psize_dist			(not found)
lpar_spec	logical	.false.
lparticle_gravity	logical	.true.
lparticlemesh_cic			(not found)
lparticlemesh_pqs_assignment			(not found)
lparticlemesh_tsc			(not found)
lpartnucleation			(not found)
lpeh_radius	logical	.false.
lprecalc_cell_volumes	logical	.false.
lpscalar_sink	logical	.false.
lrandom_particle_pencils			(not found)
lset_df_insert_nucleii	logical	.false.
lshear_accel_par	logical	.true.
lsherwood_const	logical	.false.	RUN_DOC: Constant quiescent (2) Sherwood number
lsimple_volume	logical	.false.
lsinkparticle_1			(not found)
lsinkpoint	logical	.false.
lsmooth_gravity_companion	logical	.false.
lstocunn1	logical	.false.
ltau_coll_min_courant	logical	.true.
ltauascalar	logical	.false.
lthermophoretic_forces	logical	.false.
luse_tau_ap	logical	.true.
lvector_gravity	logical	.false.
max_particle_insert_time	real	huge1
mean_free_path_gas	real	0.0
mp_swarm			(not found)
nbin_ap_dist			(not found)
np_const			(not found)
np_swarm			(not found)
Ntau	integer	-1
nu_draglaw	real	0.
nu_epicycle	real	0.0
nucl_thr_inc_pow	integer	0
nucleation_threshold	real	0.0
particle_mesh			(not found)
particle_radius			(not found)
particles_insert_ramp_time	real	0.0
particles_insert_rate	real	0.
pscalar_sink_rate	real	0.0
rdiffconst_dragf	real	0.07
rdiffconst_pass	real	0.07
redfrac	real	0.9
remove_particle_at_time			(not found)
remove_particle_criteria			(not found)
remove_particle_criteria_edtog			(not found)
remove_particle_criteria_size			(not found)
rhoa	real	1.0
rhop_const			(not found)
rhop_swarm			(not found)
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
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
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_insert_particles	real	0.0
tstart_liftforce_par	real	0.0
tstart_rpbeta	real	0.0
tstart_sink_par	real	0.0
vapor_mixing_ratio_qvs	real	0.
xsinkpoint	real	0.0
ysinkpoint	real	0.0
zsinkpoint	real	0.0

Module particles_dust_blocks.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
cdtp	real	0.2
cdtpgrav	real	0.1
compensate_sedimentation	real	1.	Is this still being used?
dsnap_par_minor			(not found)
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)	‘’
it1_loadbalance			(not found)
kx_gg	real	1.0
kz_gg	real	1.0
ladopt_own_light_bricks			(not found)
lbrick_partition			(not found)
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcompensate_sedimentation	logical	.false.
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldragforce_dust_par	logical	.false.
ldragforce_gas_par	logical, target	.false.
ldraglaw_eps_stk_transonic	logical	.false.
ldraglaw_epstein	logical	.true.
ldraglaw_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.false.
learly_particle_map	logical	.true.
linsert_particles_continuously			(not found)
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lpar_spec	logical	.false.
lparticlemesh_cic			(not found)
lparticlemesh_tsc			(not found)
lrandom_particle_blocks			(not found)
lrandom_particle_pencils			(not found)
lreblock_particles_run			(not found)
lsinkpoint	logical	.false.
luse_tau_ap	logical	.true.
mean_free_path_gas	real	0.0
mp_swarm			(not found)
np_const			(not found)
np_swarm			(not found)
nu_epicycle	real	0.0
particle_mesh			(not found)
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)
rhopmat			(not found)
rsinkpoint	real	0.0
tausp	real, target	0.0
tstart_dragforce_par	real	0.0
tstart_grav_par	real	0.0
xsinkpoint	real	0.0
ysinkpoint	real	0.0
zsinkpoint	real	0.0

Module particles_eikonal.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
brownian_T0	real	0.0
cdtp	real	0.2
cdtpgrav	real	0.1
coeff_restitution	real	0.5
cond_ratio	real	0.0
Deltauy_gas_friction	real	0.0
dsnap_par_minor			(not found)
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)	‘’
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’
k_shell	integer	-1	k associated with minshell (special/shell.f90)
kx_gg	real	1.0
kz_gg	real	1.0
l_shell	logical	.false.	using special/shell.f90 for gas velocities
lbrownian_forces	logical	.false.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcollisional_cooling_rms	logical	.false.
lcollisional_cooling_taucool	logical	.false.
lcollisional_cooling_twobody	logical	.false.
lcollisional_dragforce_cooling	logical	.false.
lcollisional_heat	logical	.false.
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldragforce_dust_par	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.
ldraglaw_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.true.
lenforce_policy	logical	.false.
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lnostore_uu	logical	.true.
log_ap_max_dist			(not found)
log_ap_min_dist			(not found)
loutput_psize_dist			(not found)
lpar_spec	logical	.false.
lparticlemesh_cic			(not found)
lparticlemesh_tsc			(not found)
lrandom_particle_pencils			(not found)
ltau_coll_min_courant	logical	.true.
luse_tau_ap	logical	.true.
max_particle_insert_time	real	huge1
mean_free_path_gas	real	0.0
mp_swarm			(not found)
nbin_ap_dist			(not found)
np_const			(not found)
np_swarm			(not found)
nu_epicycle	real	0.0
particle_radius			(not found)
particles_insert_rate	real	0.
rhop_const			(not found)
rhop_swarm			(not found)
tau_coll_min	real	0.0
taucool	real	0.0
tausg_min	real	0.0
tausp	real	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

Module particles_grad.f90

The following variables are part of the particles_grad_run_pars namelist:

Variable	Type	Default	Meaning
fluid_mu	real
rhodust	real

Module particles_lagrangian.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
A2	real	0.
A3	real	0.
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
birthring_lifetime	real	huge1
birthring_r	real	1.0
birthring_width	real	0.1
brownian_T0	real	0.0
cdtp	real	0.2
cdtp_drag	real	0.2
cdtpgrav	real	0.1
coeff_restitution	real	0.5
compensate_sedimentation	real	1.
cond_ratio	real	0.0
Deltauy_gas_friction	real	0.0
dsnap_par_minor			(not found)
epsp_friction_increase	real	100.0
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’
istep_dragf	integer	3
istep_pass	integer	3
k_shell	integer	-1	k associated with minshell (special/shell.f90)
kx_gg	real	1.0
kz_gg	real	1.0
l_shell	logical	.false.	using special/shell.f90 for gas velocities
lbirthring_depletion	logical	.false.
lbrownian_forces	logical	.false.
lbubble	logical	.false.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcollisional_cooling_rms	logical	.false.
lcollisional_cooling_taucool	logical	.false.
lcollisional_cooling_twobody	logical	.false.
lcollisional_dragforce_cooling	logical	.false.
lcollisional_heat	logical	.false.
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcompensate_friction_increase	logical	.false.
lcompensate_sedimentation	logical	.false.
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldiff_dragf	logical	.false.
ldiff_pass	logical	.false.
ldiffuse_dragf	logical	.false.
ldiffuse_passive	logical	.false.
ldragforce_dust_par	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.
ldraglaw_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.true.
lenforce_policy	logical	.false.
lgaussian_birthring	logical	.false.
linsert_as_many_as_possible	logical	.false.
linsert_particles_continuously			(not found)
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lnostore_uu	logical	.true.
lnu_draglaw	logical	.false.
log_ap_max_dist			(not found)
log_ap_min_dist			(not found)
loutput_psize_dist			(not found)
lpar_spec	logical	.false.
lparticle_gravity	logical	.true.
lparticlemesh_pqs_assignment			(not found)
lpeh_radius	logical	.false.
lprecalc_cell_volumes	logical	.false.
lpscalar_sink	logical	.false.
lrandom_particle_pencils			(not found)
lshear_accel_par	logical	.true.
lsherwood_const	logical	.false.
lsimple_volume	logical	.false.
lsinkparticle_1			(not found)
lsinkpoint	logical	.false.
lstocunn1	logical	.false.
ltau_coll_min_courant	logical	.true.
lthermophoretic_forces	logical	.false.
luse_tau_ap	logical	.true.
lvector_gravity	logical	.false.
max_particle_insert_time	real	huge1
mean_free_path_gas	real	0.0
nbin_ap_dist			(not found)
np_const			(not found)
nu_draglaw	real	0.
nu_epicycle	real	0.0
particle_mesh			(not found)
particle_radius			(not found)
particles_insert_ramp_time	real	0.0
particles_insert_rate	real	0.
pscalar_sink_rate	real	0.0
rdiffconst_dragf	real	0.07
rdiffconst_pass	real	0.07
remove_particle_at_time			(not found)
remove_particle_criteria			(not found)
remove_particle_criteria_size			(not found)
rhop_const			(not found)
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
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_insert_particles	real	0.0
tstart_liftforce_par	real	0.0
tstart_rpbeta	real	0.0
tstart_sink_par	real	0.0
xsinkpoint	real	0.0
ysinkpoint	real	0.0
zsinkpoint	real	0.0

Module particles_lyapunov.f90

The following variables are part of the particles_lyapunov_run_pars namelist:

Variable	Type	Default	Meaning
fake_eta	real	0.
lnoise2pvector	logical	.false.

Module particles_mass.f90

The following variables are part of the particles_mass_run_pars namelist:

Variable	Type	Default	Meaning
diffmult	real	0.125
dmpdt	real	1e-3
lbdry_test	logical	.false.
lconstant_mass_w_chem	logical	.false.
ldiffm	logical	.false.
ldiffuse_backreac	logical	.false.
lpart_mass_backreac	logical	.true.
lpart_mass_momentum_backreac	logical	.true.
ndiffstepm	integer	3
rdiffconstm	real	0.1178

Module particles_number.f90

The following variables are part of the particles_number_run_pars namelist:

Variable	Type	Default	Meaning
birthring_inner	real	0.0
birthring_outer	real	huge1
cdtpf	real	0.2
deltavp22_floor	real	0.0
depletion_rate	real	0.0
initnpswarm	character (len=labellen), dimension(ninit)	‘nothing’
lbirthring_depletion	logical	.false.
lfragmentation_par	logical	.false.
llog10_for_admom_above10	logical	.true.
tstart_fragmentation_par	real	0.0
vthresh_coagulation	real	0.0

Module particles_persistence.f90

The following variables are part of the particles_persistence_run_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_run_pars namelist:

Variable	Type	Default	Meaning
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_run_pars namelist:

Variable	Type	Default	Meaning
alpha_cond	real	1.0
ap0	real, dimension(ndustrad)	0.0
apmin	real	0.0
cdtpc	real	0.2
cdtps	real	0.2
coeff_kappa	real	0.
coeff_Kelvin	real	0.
condensation_coefficient_type	character(len=labellen)	‘constant’
deltavp12_floor	real	0.0
diffusion_coefficient	real	1.0
GS_condensation	real	0.0
initap	character(len=labellen), dimension(ninit)	‘nothing’
kappa_aerosol	real	0.1
labsorbing_species	logical	.false.
lborder_driving_ocean	logical	.false.
lcondensation_par	logical	.false.
lcondensation_rate	logical	.false.
lcondensation_simplified	logical	.false.
lcondensing_species			(not found)
lconstant_radius_w_chem	logical	.false.
ldroplet_evapcool	logical	.false.
ldt_condensation	logical	.false.
ldt_condensation_off	logical	.false.
ldt_evaporation	logical	.false.
ldust_accretion	logical	.false.
ldust_condensation	logical	.false.
lfixed_particles_radius	logical	.false.
lfree_molecule	logical	.false.
lgas_enthalpy_flux	logical	.false.
lkohler	logical	.false.
lkohler_simplified	logical	.false.
llatent_heat	logical	.true.
lreinitialize_ap	logical	.false.
lsherwood_film	logical	.false.
lsweepup_par	logical	.false.
ltauascalar	logical	.false.
modified_vapor_diffusivity	real	6.74e-6
r_CCN	real	1.e-6
rhopmat			(not found)
rpbeta0	real	0.0
rr_d	real	0.0
rr_q	real	2.5
tau_damp_evap	real	0.0
tau_ocean_driving	real	0.0
tstart_condensation_par	real	0.0
tstart_sweepup_par	real	0.0
TTocean	real	300.0
vapor_mixing_ratio_qvs	real	0.
vthresh_sweepup	real	-1.0
xi_accretion	real	0.
ztop_ocean	real	0.0

Module particles_selfgravity.f90

The following variables are part of the particles_selfgrav_run_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_run_pars namelist:

Variable	Type	Default	Meaning
bondi_accretion_grav_smooth	real	1.35
cdtsubgrid	real	0.1
laccrete_sink_sink	logical	.true.
lbondi_accretion	logical	.false.
ldebug_subgrid_accretion	logical	.false.
lrhop_roche_unit	logical	.false.
lselfgravity_sinkparticles	logical	.true.
lsink_create_one_per_27_cells	logical	.false.
lsink_create_one_per_cell	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_run_pars namelist:

Variable	Type	Default	Meaning
lmagnus_lift	logical	.false.
lsaffman_lift	logical	.false.

Module particles_stalker.f90

The following variables are part of the particles_stalker_run_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_sink_particles	logical	.false.

Module particles_stirring.f90

The following variables are part of the particles_stirring_run_pars namelist:

Variable	Type	Default	Meaning
deltat_stir	real	1.0
deltav_stir	real	0.0

Module particles_surfspec.f90

The following variables are part of the particles_surf_run_pars namelist:

Variable	Type	Default	Meaning
lboundary_explicit	logical	.true.	RUN_DOC: explicit evolution of particle surface species
ldiffenth	logical	.false.
ldiffs	logical	.false.
ldiffuse_backenth	logical	.false.
ldiffuse_backspec	logical	.false.
linfinite_diffusion	logical	.true.	RUN_DOC: infinitely fast diffusion between particle and gas
lpchem_mass_enth	logical	.true.
lpfilter	logical	.true.
lspecies_transfer	logical	.true.	RUN_DOC: species transfer between particle and gas
ndiffsteps	integer	3	RUN_DOC: Number of mass transfer diffusion steps
rdiffconsts	real	0.1178

Module particles_temperature.f90

The following variables are part of the particles_TT_run_pars namelist:

Variable	Type	Default	Meaning
cp_part	real	0.711e7	wolframalpha, erg/(g*K)
emissivity	real	0.0
im_part_ref	real	-0.279
lconst_part_temp	logical	.false.
lconv_heating	logical	.true.
ldiffTT	logical	.false.
ldiffuse_backtemp	logical	.false.
lpart_nuss_const	logical	.false.
lpart_temp_backreac	logical	.true.
lrad_part	logical	.false.
lrayleigh_rad_limit	logical	.false.
lstefan_flow	logical	.true.
ltemp_equip_part_gas			(not found)
ltemp_equip_simplified			(not found)
ndiffstepTT	integer	3
rdiffconstTT	real	0.1178
Twall	real	0.0

Module particles_tetrad.f90

The following variables are part of the particles_tetrad_run_pars namelist:

Variable	Type	Default	Meaning
rsmall	real	1e-6

Module particles_tracers.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
dsnap_par			(not found)
insertxxp	character (len=labellen), dimension (ninit)	‘nothing’
lcheck_exact_frontier			(not found)
linsert_particles_continuously			(not found)
lparticlemesh_cic			(not found)
lparticlemesh_tsc			(not found)
lquadratic_interpolation	logical	.false.
ltrace_dust	logical	.false.
max_particle_insert_time	real	huge1
particles_insert_rate	real	0.

Module pointmasses.f90

The following variables are part of the pointmasses_run_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
frac_smooth	real, dimension(nqpar)	0.4
GNewton	real	impossible
hills_tempering_fraction	real	0.8
ipotential_pointmass	character (len=labellen), dimension (nqpar)	‘newton’
iprimary	integer	1
laccretion	logical, dimension(nqpar)	.false.
ladd_dragforce	logical	.false.
lcentrifugal_force_pointmass	logical	.false.
lcoriolis_force_pointmass	logical	.true.
ldt_pointmasses	logical	.true.
ldust_gravity	logical	.false.
lexclude_frozen	logical	.false.
lexclude_hills	logical	.false.
lfollow_particle	logical, dimension(nqpar)	.false.
lgas_gravity	logical	.true.
lgas_removal	logical	.false.
llinear_drag	logical	.true.
llive_secondary	logical	.false.
lmomentum_removal	logical	.false.
lnogravz_star	logical	.false.
lnoselfgrav_primary	logical	.true.
lquadratic_drag	logical	.false.
lreset_cm	logical	.true.
lshear_accel_pointmass	logical	.true.
StokesNumber	real, dimension(nqpar)	1.
tau_accretion	real	1.0
ugas	real	0.0

Module poisson.f90

The following variables are part of the poisson_run_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_run_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_run_pars namelist:

Variable	Type	Default	Meaning
niter_poisson	integer	30

Module polymer.f90

The following variables are part of the polymer_run_pars namelist:

Variable	Type	Default	Meaning
eta_poly	real	0.
fenep_L	real	0.
lpoly_diffusion	logical	.false.
lpolyadvect	logical	.true.
lpolyback	logical	.true.
lupw_poly	logical	.false.
mu_poly	real	0.
poly_model	character (len=labellen)	‘oldroyd-B’
tau_poly	real	0.
tau_poly1	real	1.

Module power_spectrum.f90

The following variables are part of the power_spectrum_run_pars namelist:

Variable	Type	Default	Meaning
ckxrange	character (LEN=linelen)	‘’	PAR_DOC: Define the $k_x$ range for code{power_xy}.
ckyrange	character (LEN=linelen)	‘’
czrange	character (LEN=linelen)	‘’
inz	integer	0
kout_max	integer	0
lcomplex	logical	.false.
lcorrect_integer_kcalc	logical	.false.	PAR_DOC: use k=i-N/2 instead of i-(N+1)/2.
lcylindrical_spectra	logical	.false.
legendre_lmax	integer	1
lhalf_factor_in_GW	logical	.false.
lhorizontal_spectra	logical	.false.
lintegrate_shell	logical	.true.
lintegrate_z	logical	.true.
lpdf_2d_variable_range	logical	.false.
lpowerxy_hdf5	logical	.false.
lread_gauss_quadrature	logical	.false.
lshear_frame_correlation	logical	.false.
ltrue_binning	logical	.false.
lvertical_spectra	logical	.false.
lzero_spec_zerok	logical	.false.
max_k2	real	(nxgrid/2)**2 + (nygrid/2)**2 + (nzgrid/2)**2
n_segment_x	integer	1
pdf_max	real	30.
pdf_max_logscale	real	3.0
pdf_min	real	-30.
pdf_min_logscale	real	-3.
pdfy_max	real	30.
pdfy_max_logscale	real	3.0
pdfy_min	real	-30.
pdfy_min_logscale	real	-3.
power_format	character (LEN=linelen)	‘(1p,8e10.2)’
specflux_dp	real	-2.
specflux_dq	real	-2.
specflux_pmax	integer	nxgrid/2-1
specflux_pmin	integer	0
tout_max	real	0.
tout_min	real	0.
trigger_spec			(not found)

Module pscalar.f90

The following variables are part of the pscalar_run_pars namelist:

Variable	Type	Default	Meaning
gradC0	real, dimension(3)	(/0.0,0.0,0.0/)
lupw_lncc	logical	.false.
nopscalar	logical	.false.
pscalar_diff	real	0.0
pscalar_diff_shock	real	0.0
reinitialize_lncc	logical	.false.
tensor_pscalar_diff	real	0.0

Module pscalar_nolog.f90

The following variables are part of the pscalar_run_pars namelist:

Variable	Type	Default	Meaning
diffcc_shock	real	0.
gradC0	real, dimension(3)	(/0.0,0.0,0.0/)
lam_gradC	real	0.0
lambda_cc	real	0.0
lgradC_profile	logical	.false.
ll_sh	integer	-1
LLambda_cc	real	0.0
lmean_friction_cc	logical	.false.
lnotpassive	logical	.false.
lpscalar_diff_simple	logical	.false.
lpscalar_per_unitvolume	logical	.false.
lpscalar_per_unitvolume_diff	logical	.false.
lpscalar_sink	logical	.false.
lreactions	logical	.false.
lremove_mean	logical	.false.
lupw_cc	logical	.false.
mm_sh	integer	-1
nopscalar	logical	.false.
om_gradC	real	0.0
pscalar_diff	real	0.0
pscalar_diff_hyper3	real	0.0
pscalar_sink	real	0.0
reinitialize_cc	logical	.false.
reinitialize_lncc	logical	.false.
Rpscalar_sink	real	0.5
soret_diff	real	0.0
tensor_pscalar_diff	real	0.0

Module python.f90

The following variables are part of the python_run_pars namelist:

Variable	Type	Default	Meaning
pyfunction	character(LEN=fnlen)	‘’
pymodule	character(LEN=fnlen)	‘’

Module radiation_ray.f90

The following variables are part of the radiation_run_pars namelist:

Variable	Type	Default	Meaning
ampl_bump	real	0.0
ampl_Isurf	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’/)
cdtrad	real	0.1
cdtrad_cgam	real	0.25
cdtrad_thick	real	0.25
cdtrad_thin	real	1.0
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
kx_kapparho	real	0.0
kx_Srad	real	0.0
ky_kapparho	real	0.0
ky_Srad	real	0.0
kz_kapparho	real	0.0
kz_Srad	real	0.0
lcdtrad_old	logical	.true.
lcheck_tau_division	logical	.false.
lcommunicate	logical	.true.
lcooling	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.
lno_rad_heating	logical	.false.
lrad_cool_diffus	logical	.false.
lrad_debug	logical	.false.
lrad_pres_diffus	logical	.false.
lradflux	logical	.false.
lradpress	logical	.false.
lradpressure	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’
qrad_max	real	0.0
rad2max	integer	1
radius_Isurf	real	0.0
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_cooling	real	1.0
scalefactor_kappa	real, dimension (mnu)	1.0
scalefactor_radpressure	real	1.0
scalefactor_radpressure1	real	1.0
scalefactor_radpressure2	real	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
zclip_dwn	real	-max_real
zclip_up	real	max_real

Module selfgravity.f90

The following variables are part of the selfgrav_run_pars namelist:

Variable	Type	Default	Meaning
gravitational_const	real, target	0.0
kappa	real	0.0
ljeans_stiffening	logical	.false.
lselfgravity_dust	logical	.false.
lselfgravity_gas	logical	.true.
lselfgravity_neutrals	logical	.false.
nj_stiff	integer	8
rhs_poisson_const	real, target	1.0
stiff_gamma	real	5./3.
tselfgrav_gentle	real, target	0.0
tstart_selfgrav	real, target	0.0

Module selfgravity_logspirals.f90

The following variables are part of the selfgrav_run_pars namelist:

Variable	Type	Default	Meaning
gravitational_const	real, target	0.0
kappa	real	0.0
ljeans_stiffening	logical	.false.
lselfgravity_dust	logical	.false.
lselfgravity_gas	logical	.true.
lselfgravity_neutrals	logical	.false.
nj_stiff	integer	8
rhs_poisson_const	real, target	1.0
stiff_gamma	real	5. / 3.
tselfgrav_gentle	real, target	0.0
tstart_selfgrav	real, target	0.0

Module SGS_hydro.f90

The following variables are part of the SGS_hydro_run_pars namelist:

Variable	Type	Default	Meaning
cMaxStress	real	1.
cReyStress	real	1.
lSGS_forc_as_aux	logical	.false.
lSGS_heat_as_aux	logical	.false.

Module shear.f90

The following variables are part of the shear_run_pars namelist:

Variable	Type	Default	Meaning
deltay			(not found)
diff_hyper3x_mesh	real	0.03
lhyper3x_mesh	logical	.false.
lmagnetic_stretching	logical	.true.
lposdef	logical, dimension(mcom)	.false.
lposdef_advection	logical	.false.
lrandomx0	logical	.false.
lshear_acceleration	logical	.true.
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
x0_shear	real	0.0

Module shock.f90

The following variables are part of the shock_run_pars namelist:

Variable	Type	Default	Meaning
div_scaling	real	1.
div_threshold	real	0.
lcommunicate_uu	logical	.true.
lforce_periodic_shockviscosity	logical	.false.
lgauss_integral	logical	.false.
lgauss_integral_comm_uu	logical	.false.
lshock_first	logical	.true.
lshock_max3_interp	logical	.false.
lshock_max5	logical	.false.
lshock_modulation_z	logical	.false.
width_shock	real	.1
z_shock	real	0.

Module shock_highorder.f90

The following variables are part of the shock_run_pars namelist:

Variable	Type	Default	Meaning
con_bias	real	0.1
div_threshold	real	0.0
dtfactor	real	1.
ishock_max	integer	1
lconvergence_bias	logical	.true.
lconvergence_only	logical	.true.
lfix_Re_mesh	logical	.false.
lforce_periodic_shockviscosity	logical	.false.
lgaussian_smooth	logical	.false.
lmax_shock	logical	.true.
lrewrite_shock_boundary	logical	.false.
lshock_linear	logical	.false.
shock_div_pow	real	1.
shock_linear	real	0.01

Module solid_cells.f90

The following variables are part of the solid_cells_run_pars namelist:

Variable	Type	Default	Meaning
close_interpolation_method	integer	1
ineargridshift	real	1
interpolation_method	character(len=labellen)	‘staircase’
lcheck_ba	logical	.false.
lclose_interpolation	logical	.false.
lclose_linear	logical	.false.
lclose_quad_rad_inter	logical	.true.
limit_close_linear	real	0.5
lnointerception	logical	.false.
nforcepoints	integer	200
object_skin	real	0.

Module solid_cells_ogrid.f90

The following variables are part of the solid_cells_run_pars namelist:

Variable	Type	Default	Meaning
af	real, intent(in)
BDRY5			(not found)
filter_frequency			(not found)
flow_dir_set			(not found)
interpolation_method			(not found)
lcheck_interpolation			(not found)
lexpl_rho			(not found)
lfilter_rhoonly			(not found)
lfilter_solution			(not found)
lock_dt			(not found)
lparticle_uradonly			(not found)
lrk_tvd			(not found)
lset_flow_dir			(not found)
lspecial_rad_int			(not found)
lspecial_rad_int_mom			(not found)
lwrite_mdotc			(not found)
particle_interpolate			(not found)
SBP			(not found)
SBP_optimized			(not found)
SBP_reduced_to2			(not found)
solid_reactions_intro_time			(not found)
toler			(not found)

Module streamlines.f90

The following variables are part of the streamlines_run_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_run_pars namelist:

Variable	Type	Default	Meaning
beta_bouss	real	-1.0
borderss	character (len=labellen)	‘nothing’
chi	real	impossible
chi_hyper3	real	0.0
chi_hyper3_mesh	real	5.0
chi_jump	real	1.
chi_r_reduce	real	0.0
chi_shock	real	0.0
chi_z0	real	0.0
chi_zwidth	real	0.0
cool	real	0.0
div_sld_ene	character (len=labellen)	‘2nd’
Fbot	real	impossible
gradTT0	real, dimension(3)	(/0.0,0.0,0.0/)
h_sld_ene	real	2.0
hcond0	real	impossible
hcond0_kramers	real, target	0.0
hole_slope	real	0.0
hole_width	real	0.0
iheatcond	character (len=labellen), dimension(nheatc_max)	‘nothing’
Kgpara	real	0.0
Kgperp	real	0.0
Kmax	real	0.0
Kmin	real	0.0
lADI_mixed	logical	.false.
ladvection_temperature	logical	.true.
lcalc_heat_cool	logical	.false.
lcalc_TTmean	logical	.false.
lfreeze_lnTText	logical	.false.
lfreeze_lnTTint	logical	.false.
lhcond_global	logical	.false.
lheatc_chiconst_accurate	logical	.false.
lmultilayer	logical	.false.
lupw_lnTT	logical	.false.
lviscosity_heat	logical	.true.
mpoly0	real, target	1.5
mpoly1	real, target	1.5
mpoly2	real, target	1.5
nkramers	real, target	0.0
nlf_sld_ene	real	1.0
rcool	real	0.0
Tbump	real	0.0
temp_zaver_range	real, dimension(2)	(/-max_real,max_real/)
w_sldchar_ene			(not found)
wcool	real	0.1
widthlnTT	real	2*epsi

Module temperature_ionization.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
chi	real	0.0
chi_hyper3	real	0.0
chi_shock	real	0.0
heat_source	real	0.0
heat_source_offset	real	0.
heat_source_sigma	real	1.0
heat_Thompson_fact	real	1.
heat_uniform	real	0.0
iheatcond	character (len=labellen), dimension(nheatc_max)	‘nothing’
ladvection_temperature	logical	.true.
lheat_source	logical
lheat_Thompson	logical	.false.
lheatc_chiconst_accurate	logical	.false.
lheatc_hyper3	logical	.false.
lhubble_energy	logical	.false.
linclude_radpress	logical	.false.
lrad_cool_heat	logical	.false.
lupw_lnTT	logical	.false.
lviscosity_heat	logical	.true.
opacity	real	0.
pbackground	real	0.
pthresh	real	0.
rad_temp_surr	real	298.
tau_damp_cor	real	-1.0
tau_heat_cor	real	-1.0
TT_cor	real	0.0
zcor	real	0.0
zheat_uniform_range	real	0.

Module testfield_axisym.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
B_ext	real, dimension(3)	(/0.,0.,0./)
bamp	real	1.
daainit	real	0.
delta_testfield	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘linear’
ktestfield	real	1.
kxtestfield	real	1.
kytestfield	real	1.
lam_testfield	real	0.
leta_rank2	logical	.true.
lforcing_cont_aatest	logical	.false.
lignore_uxbtestm	logical	.false.
lin_testfield	real	0.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.false.
llorentzforce_testfield	logical	.false.
lphase_adjust	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_newz	logical	.true.
ltestfield_taver	logical	.false.
luxb_as_aux	logical	.false.
om_testfield	real	0.
phase_testfield	real	.0
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
tau_aatest	real	0.
zextent	logical	.true.
ztestfield_offset	real	0.

Module testfield_axisym2.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
B_ext	real, dimension(3)	(/0.,0.,0./)
bamp	real	1.
daainit	real	0.
delta_testfield	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘linear’
ktestfield	real	1.
kxtestfield	real	1.
kytestfield	real	1.
lam_testfield	real	0.
leta_rank2	logical	.true.
lforcing_cont_aatest	logical	.false.
lignore_uxbtestm	logical	.false.
lin_testfield	real	0.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.false.
llorentzforce_testfield	logical	.false.
lphase_adjust	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_newz	logical	.true.
ltestfield_taver	logical	.false.
luxb_as_aux	logical	.false.
om_testfield	real	0.
phase_testfield	real	.0
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
tau_aatest	real	0.
zextent	logical	.true.
ztestfield_offset	real	0.

Module testfield_meri.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
B_ext	real, dimension(3)	(/0.,0.,0./)
bamp	real	1.
daainit	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘jzero-pzero’
lforcing_cont_aatest	logical	.false.
lignore_uxbtestm	logical	.false.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.false.
llorentzforce_testfield	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_profile_eta_z	logical	.false.
ltestfield_taver	logical	.false.
luxb_as_aux	logical	.false.
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
tau_aatest	real	0.

Module testflow_z.f90

The following variables are part of the testflow_run_pars namelist:

Variable	Type	Default	Meaning
reinitialize_uutest	logical	.false.
zextent	logical	.true.

Module thermal_energy.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
chi	real	0.0
chi_hyper3_mesh	real	0.
chi_shock	real	0.0
cs_z	real	0.
energy_floor	real	0.0
kappa_rosseland	real	1.0
lcheck_negative_energy	logical	.false.
lchi_rosseland	logical	.false.
lconst_cooling_time	logical	.false.
ljeans_floor	logical	.false.
lKI02	logical	.false.
lSD93	logical	.false.
lupw_eth	logical	.false.
lviscosity_heat	logical	.true.
njeans	integer	4
nu_z	real	0.
rk_eps	real	1.e-3
rk_nmax	integer	100
tau_cool	real	1.
temperature_floor	real	0.0
TTref	real	0.
w_sldchar_ene			(not found)

Module training_torchfort.f90

The following variables are part of the training_run_pars namelist:

Variable	Type	Default	Meaning
config_file	character(LEN=fnlen)	“config_mlp_native.yaml”
dt_train	real	1.e-10
it_train	integer	-1
it_train_chkpt	integer	-1
it_train_end	integer	-1
it_train_start	integer	1
lroute_via_cpu	logical	.false.
lrun_epoch	logical	.false.
lscale	logical	.true.
ltrain_dens	logical	.false.
ltrain_mag	logical	.false.
luse_trained_tau	logical
lwrite_sample	logical	.false.
max_loss	real	1.e-4
model	character(LEN=fnlen)	‘model’
start_infer	real	0.0
t_train_chkpt	real	-1.0
t_train_end	real	-1.0
t_train_start	real	0.0

Module viscosity.f90

The following variables are part of the viscosity_run_pars namelist:

Variable	Type	Default	Meaning
ascale_visc	real	1.	PAR_DOC: value of ascale below which nu for recombination is constant
C_smag	real	0.0
carreau_exponent	real	0.
damp_sound	real	0.
div_sld_visc	character (len=labellen)	‘2nd’
dynu	real	0.0
gamma_smag	real	0.0
h_sld_visc	real	2.0
ivisc	character (len=labellen), dimension(nvisc_max)	‘’
Lambda_H1	real	0.
lambda_jump	real	0.
lambda_profile	character (len=labellen)	‘uniform’
Lambda_V0	real	0.
Lambda_V1	real	0.
limplicit_viscosity	logical	.false.
lKit_Olem	logical
llambda_effect	logical	.false.
llambda_scale_with_nu	logical	.false.
lmagfield_nu	logical	.false.
lmeanfield_nu	logical	.false.
lno_visc_heat_zbound	logical	.false.
lnusmag_as_aux	logical	.false.
lrate_of_strain_as_aux	logical	.false.
lsld_notensor	logical	.false.
luse_nu_rmn_prof	logical	.false.
lvisc_const_below_ascale	logical	.false.	PAR_DOC: visc=const for ascale below ascale_visc
lvisc_forc_as_aux	logical	.false.
lvisc_heat_as_aux	logical	.false.
lvisc_nu_tdep_t0_norm	logical	.false.
lvisc_rho_nu_const_prefact	logical	.false.
lvisc_smag_Ma	logical	.false.
meanfield_nuB	real	0.0
mu	real	0.0
nlf_sld_visc	real	1.0
nnewton_step_width	real	0.0
nnewton_tscale	real	0.0
nnewton_type	character (len=labellen)	‘none’
no_visc_heat_z0	real	max_real
no_visc_heat_zwidth	real	0.0
non_newton_lambda	real	0.
nu	real	0.0
nu0	real	0.
nu_aniso_hyper3	real, dimension(3)	0.0
nu_cspeed	real	0.5
nu_hyper2	real	0.0
nu_hyper3	real	0.0
nu_hyper3_mesh	real	5.0
nu_infinity	real	0.
nu_jump	real	1.0
nu_jump2	real	1.0
nu_jump_shock	real	1.0
nu_mol	real	0.0
nu_r_reduce	real	0.0
nu_rcyl_min	real	impossible
nu_shock	real	0.0
nu_smag_Ma2_power	real	0.0
nu_spitzer	real	0.0
nu_spitzer_max	real	0.0
nu_tdep_ascale_power	real	0.
nu_tdep_exponent	real	0.0
nu_tdep_kcs	real	0.0
nu_tdep_t0	real	0.0
nu_tdep_t1	real	0.0
nu_tdep_t2	real	0.0
nu_tdep_toffset	real	0.0
offamp_lambda	real	1.
pnlaw	real	0.0
PrM	real	0.0	PAR_DOC: given value to compute nu based on sigEm_all
PrM_turb	real	0.0
r1_lambda	real	impossible
r2_lambda	real	impossible
rmax_lambda	real	impossible
roffset_lambda	real	0.
rzero_lambda	real	impossible
tdep_nu_type	character (len=labellen)	‘powerlaw’
widthnu	real	0.1
widthnu2	real	0.1
widthnu_shock	real	0.1
wlambda	real	0.
xnu	real	1.0
xnu2	real	1.0
xnu_shock	real	1.0
zeta	real	0.0
znu	real	1.0
znu_shock	real	1.0

Module experimental/anelastic.f90

The following variables are part of the density_run_pars namelist:

Variable	Type	Default	Meaning
beta_glnrho_global	real, dimension(3)	0.0
cdiffrho	real	0.0
cs2bot			(not found)
cs2top			(not found)
damplnrho_ext	real	0.
damplnrho_int	real	0.
density_floor	real	-1.0
diffrho	real	0.0
diffrho_hyper3	real	0.0
diffrho_hyper3_aniso	real, dimension(3)	0.
diffrho_shock	real	0.0
idiff	character (len=labellen), dimension(ndiff_max)	‘’
lanti_shockdiffusion	logical	.false.
lcheck_negative_density	logical	.false.
lcontinuity_gas	logical	.true.
ldiffusion_nolog	logical	.false.
lfreeze_lnrhoext	logical	.false.
lfreeze_lnrhoint	logical	.false.
lfreeze_lnrhosqu	logical	.false.
lmassdiff_fix	logical	.false.
lnrho_const	real	0.0
lnrho_ext	real	0.
lnrho_int	real	0.
lrho_as_aux	logical	.false.
lupw_lnrho	logical	.false.
lupw_rho	logical	.false.
niter	integer	1
plaw	real, target	0.0
wdamp	real	0.

Module experimental/barneshut.f90

The following variables are part of the poisson_run_pars namelist:

Variable	Type	Default	Meaning
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/boussinesq.f90

The following variables are part of the density_run_pars namelist:

Variable	Type	Default	Meaning
iorder_z	integer	4
lremove_mean_temperature	logical	.false.
lwrite_debug	logical	.false.

Module experimental/conductivity.f90

The following variables are part of the conductivity_run_pars namelist:

Variable	Type	Default	Meaning
chi	real	0.0
chi_hyper3	real	0.0
chi_shock	real	0.0
chi_t	real	0.0
chiB	real	0.0
chit_aniso	real	0.0
hcond0	real	impossible
iheatcond	character (len=labellen), dimension(nheatc_max)	‘nothing’
Kbot	real	impossible
tau_diff	real	0.0

Module experimental/cosmicray_current.f90

The following variables are part of the cosmicrayflux_run_pars namelist:

Variable	Type	Default	Meaning
cs2cr	real	1.
J_param	real	0.
lno_crflux_evol	logical	.false.
lupw_ucr	logical	.false.
Ma_param	real	1.
nu_cr	real	0.
omegahat	real	0.

Module experimental/cosmicray_density.f90

The following variables are part of the cosmicray_run_pars namelist:

Variable	Type	Default	Meaning
ampl_Qcr	real	0.
ampl_Qcr2	real	0.
blimiter_cr	real	0.
cosmicray_diff	real	0.
gammacr	real	4./3.
Kpara	real	0.
Kperp	real	0.
lalfven_advect	logical	.false.
limiter_cr	real	1.
lnegl	logical	.false.
luse_diff_constants	logical	.false.
lvariable_tensor_diff	logical	.false.
simplified_cosmicray_tensor	logical	.false.

Module experimental/entropy_anelastic.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
borderss	character (len=labellen)	‘nothing’
hcond0	real, target	impossible
hcond1	real, target	impossible
hcond2	real	impossible
widthss	real	2*epsi

Module experimental/eos_idealgas_vapor.f90

The following variables are part of the eos_run_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/forcing_cont_sample.f90

The following variables are part of the forcing_run_pars namelist:

Variable	Type	Default	Meaning
ampl_ff	real	1.
ck_equator_gap	real	0.
ck_gap_step	real	0.
crosshel	real	0.
dforce	real	0.
dtforce	real	0.
dtforce_duration	real	-1.0
eps_fcont	real	0.
equator	real	0.
eta_bb	real	1.0e-4
force	real	0.
force2	real	0.
force_direction	real, dimension(3)	(/0.,0.,0./)
force_strength	real	0.
fountain	real	1.
fpre	real	1.0
height_ff	real	0.
helsign	integer	0
iforce	character (len=labellen)	‘zero’
iforce2	character (len=labellen)	‘zero’
iforce_profile	character (len=labellen)	‘nothing’
iforcing_cont	character (len=labellen)	‘ABC’
jtest_aa0	integer	5
jtest_uu0	integer	1
k1_ff	real	1.
k2d	integer
kf_fcont	real	0.
kfountain	integer	5
l2dxz	logical
l2dyz	logical
lcrosshel_forcing	logical	.false.
lembed	logical	.false.
lfastCK	logical	.false.
lforce_cuty	logical	.false.
lforce_peri	logical	.false.
lforcing_cont			(not found)
lhelical_test	logical	.false.
lhydro_forcing	logical	.true.
lmagnetic_forcing	logical	.false.
lmomentum_ff	logical	.false.
location_fixed	real, dimension(3)	(/0.,0.,0./)
lrandom_location	logical	.true.
lsamesign	logical	.true.
lscale_kvector_fac	logical	.false.
lscale_kvector_tobox	logical	.false.
lshearing_adjust_old	logical	.false.
ltestfield_forcing	logical	.false.
ltestflow_forcing	logical	.false.
lwrite_gausspot_to_file	logical	.false.
lwrite_psi	logical	.false.
max_force	real	impossible
nexp_ff	real	1.
nlist_ck	integer	25
old_forcing_evector	logical	.false.
omega_fcont	real	0.
omega_ff	real	1.
r_ff	real	0.
radius_ff	real	0.
random2d_kmax	integer
random2d_kmin	integer
rcyl_ff	real	0.
relhel	real	1.
scale_kvectorx	real	1.
scale_kvectory	real	1.
scale_kvectorz	real	1.
slope_ff	real	0.
tforce_start	real	0.
tforce_start2	real	0.
tforce_stop	real	impossible
tforce_stop2	real	impossible
tgentle	real	0.
wff_ampl	real	0.
width_bb	real	0.1
width_fcont	real	1.
width_ff	real	.5
work_ff	real	0.
x1_fcont	real	0.
x2_fcont	real	0.
xff_ampl	real	0.
z_bb	real	0.1
zff_ampl	real	0.
zff_hel	real	0.

Module experimental/gravity_r_radpressure.f90

The following variables are part of the grav_run_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
nu_epicycle	real	1.0
qgshear	real	1.5	(global) shear parameter
r0_pot	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_run_pars namelist:

Variable	Type	Default	Meaning
Omega			(not found)
theta			(not found)

Module experimental/magnetic_ffreeMHDrel.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
ABC_A	real	1.
ABC_B	real	1.
ABC_C	real	1.
B2min	real	0
B_ext	real, dimension(3)	(/0.,0.,0./)
bthresh	real	0.
eta	real	0.
eta_out	real	0.
height_eta	real	0.
k_aa	real, dimension(3)	(/0.,0.,0./)
kinflow	character (len=40)	‘’
tau_aa_exterior	real	0.

Module experimental/magnetic_shearboxJ.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
A_relaxprofile	character (len=labellen)	‘0
alphaSSm	real	0.0
ambipolar_diffusion	character (len=labellen)	‘constant’
amp_relprof	real	1.0
ampl_efield	real	0.
ampl_fcont_aa	real	1.0
ampl_ff	real	1.0
amplaa	real, dimension (ninit)	0.0
B0_ext	real, dimension(3)	0.0
B2_diamag	real	0.0
B_ext	real, dimension(3)	0.0
battery_term	real	0.0
betamin_jxb	real	0.0
borderaa	character (len=labellen), dimension(3)	‘nothing’
boxchargedensity			(not found)
boxcurrentux			(not found)
boxomega			(not found)
boxshear			(not found)
brms_target	real	1.0
bthresh	real	0.0
bthresh_per_brms	real	0.0
center1_x	real	0.0
center1_y	real	0.0
center1_z	real	0.0
D_smag	real	0.17
daareset	real	0.0
epsilonaa	real	0.01
eta	real	0.0
eta1	real	0.0
eta_aniso_hyper3	real, dimension(3)
eta_anom	real	0.0
eta_cspeed	real	0.
eta_ext	real	0.0
eta_hyper2	real	0.0
eta_hyper3	real	0.0
eta_hyper3_mesh	real	5.0
eta_int	real	0.0
eta_j	real	0.
eta_j2	real	0.
eta_jrho	real	0.
eta_jump	real	0.0
eta_jump_shock	real	1.0
eta_min	real	0.
eta_power_x	real	0.
eta_power_z	real	0.
eta_shock	real	0.0
eta_sld_thresh	real	0.
eta_spitzer	real	0.
eta_va	real	0.
eta_width	real	0.0
eta_width_shock	real	0.0
eta_x0	real	1.0
eta_x1	real	1.0
eta_xshock	real	1.0
eta_xwidth	real	0.0
eta_xwidth0	real	0.0
eta_xwidth1	real	0.0
eta_xy_max	real	1.0
eta_y0	real	1.0
eta_y1	real	1.0
eta_ywidth	real	0.0
eta_z0	real	1.0
eta_z1	real	1.0
eta_zshock	real	1.0
eta_zwidth	real	0.0
forcing_continuous_aa_amplfact	real	1.0
forcing_continuous_aa_phasefact	real	1.0
gamma_epspb	real	2.4
h_slope_limited	real	0.
hall_term	real	0.0
iforcing_continuous_aa	character (len=labellen)	‘fixed_swirl’
inertial_length	real	0.0
initaa	character (len=labellen), dimension(ninit)	‘nothing’
iresistivity	character (len=labellen), dimension(nresi_max)	‘’
islope_limiter	character (LEN=labellen)	‘’
J_ext	real, dimension(3)	(/0.0,0.0,0.0/)
J_ext_quench	real	0.0
k1_ff	real	1.0
k1x_ff	real	1.0
k1y_ff	real	1.0
k1z_ff	real	1.0
k_relprof	real	1.0
kx_aa	real, dimension (ninit)	1.0
ky_aa	real, dimension (ninit)	1.0
kz_aa	real, dimension (ninit)	1.0
ladd_efield	logical	.false.
ladd_global_field	logical	.true.
ladvective_gauge	logical	.false.
ladvective_gauge2	logical	.false.
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.
lcalc_aamean	logical
lcheck_positive_va2	logical	.false.
ldiamagnetism	logical	.false.
lelectron_inertia	logical	.false.
lforcing_cont_aa	logical	.false.
lforcing_cont_aa_local	logical	.false.
lfreeze_aext	logical	.false.
lfreeze_aint	logical	.false.
lhalox	logical	.false.
lignore_Bext_in_b2	logical	.false.
limplicit_resistivity	logical	.false.
linduction	logical	.true.
ljj_as_aux	logical	.false.
ljjt_as_aux	logical	.false.
ljxb_as_aux	logical	.false.
lkinematic	logical	.false.
LLambda_aa	real	0.0
llocal_friction	logical	.false.
llorentzforce	logical	.true.
lmagnetic_slope_limited	logical	.false.
lmagneto_friction	logical	.false.
lmean_friction	logical	.false.
lncr_anticorrelated	logical	.false.
lncr_correlated	logical	.false.
lneutralion_heat	logical	.true.
lohmic_heat	logical	.true.
lpropagate_borderaa	logical	.true.
lremove_meanaz	logical	.false.
lreset_aa	logical	.false.
lrun_initaa	logical	.false.
lshearboxcurrent	logical		!!AJWR
lua_as_aux	logical	.false.
lupw_aa	logical	.false.
luse_Bext_in_b2	logical	.true.
lweyl_gauge	logical	.false.
magnetic_xaver_range	real, dimension(2)	(/-max_real,max_real/)
magnetic_zaver_range	real, dimension(2)	(/-max_real,max_real/)
ncr_quench	real	0.
nu_ni	real	0.0
numag	real	0.0
omega_Bz_ext	real	0.0
radius	real	0.1
reinitialize_aa	logical	.false.
rescale_aa	real	0.0
rescaling_fraction	real	1.0
rhomin_jxb	real	0.0
sigma_ratio	real	1.0
swirl	real	1.0
t0_bext	real	0.0
t_bext	real	0.0
tau_aa_exterior	real	0.0
tau_relprof	real	0.0
two_step_factor	real	1.
va2max_jxb	real	0.0
va2power_jxb	integer	5
vcrit_anom	real	1.0
wresistivity	real	0.01
xdep_profile	character (len=labellen)	‘two-step’
ydep_profile	character (len=labellen)	‘two-step’
zdep_profile	character (len=labellen)	‘fs’

Module experimental/neutralvelocity_matchiontemp.f90

The following variables are part of the neutralvelocity_run_pars namelist:

Variable	Type	Default	Meaning
borderuun	character (len=labellen)	‘nothing’
colldrag	real	0
csn0	real	0.
electron_pressure	real	1
iviscn	character (len=labellen),dimension(ninit)	‘’
ladvection_velocity	logical	.true.
lcentrifugal_force	logical	.false.
lcoriolis_force	logical	.true.
lelectron_pressure	logical	.false.
lfreeze_unext	logical	.false.
lfreeze_unint	logical	.false.
lpressuregradient	logical	.true.
lupw_uun	logical	.false.
lviscneutral	logical	.true.
nun	real	0.
nun_hyper3	real	0.
Omega			(not found)
theta			(not found)

Module experimental/particles_dust_ajwr.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
birthring_r	real	1.0
birthring_width	real	-1.0
brownian_T0	real	0.0
cdtp	real	0.2
cdtp_drag	real	0.2
cdtpgrav	real	0.1
coeff_restitution	real	0.5
cond_ratio	real	0.0
Deltauy_gas_friction	real	0.0
dsnap_par_minor			(not found)
eps_dtog			(not found)
epsp_friction_increase	real	100.0
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)	‘’
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’
k_shell	integer	-1	k associated with minshell (special/shell.f90)
kx_gg	real	1.0
kz_gg	real	1.0
l_shell	logical	.false.	using special/shell.f90 for gas velocities
lbrownian_forces	logical	.false.
lbubble	logical	.false.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcollisional_cooling_rms	logical	.false.
lcollisional_cooling_taucool	logical	.false.
lcollisional_cooling_twobody	logical	.false.
lcollisional_dragforce_cooling	logical	.false.
lcollisional_heat	logical	.false.
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcompensate_friction_increase	logical	.false.
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldragforce_dust_par	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_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.true.
lenforce_policy	logical	.false.
lgaussian_birthring	logical	.false.
linsert_as_many_as_possible	logical	.false.
linsert_particles_continuously			(not found)
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lnostore_uu	logical	.true.
lnu_draglaw	logical	.false.
log_ap_max_dist			(not found)
log_ap_min_dist			(not found)
loutput_psize_dist			(not found)
lpar_spec	logical	.false.
lparticle_gravity	logical	.true.
lparticlemesh_cic			(not found)
lparticlemesh_pqs_assignment			(not found)
lparticlemesh_tsc			(not found)
lpscalar_sink	logical	.false.
lrandom_particle_pencils			(not found)
lshear_accel_par	logical	.true.
lsherwood_const	logical	.false.
lsinkparticle_1			(not found)
lsinkpoint	logical	.false.
ltau_coll_min_courant	logical	.true.
lthermophoretic_forces	logical	.false.
luse_tau_ap	logical	.true.
max_particle_insert_time	real	huge1
mean_free_path_gas	real	0.0
mp_swarm			(not found)
nbin_ap_dist			(not found)
np_const			(not found)
np_swarm			(not found)
nu_draglaw	real	0.
nu_epicycle	real	0.0
particle_mesh			(not found)
particle_radius			(not found)
particles_insert_rate	real	0.
pscalar_sink_rate	real	0.0
rhop_const			(not found)
rhop_swarm			(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
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_insert_particles	real	0.0
tstart_liftforce_par	real	0.0
tstart_rpbeta	real	0.0
tstart_sink_par	real	0.0
xsinkpoint	real	0.0
ysinkpoint	real	0.0
zsinkpoint	real	0.0

Module experimental/particles_dust_brdeplete.f90

The following variables are part of the particles_run_pars namelist:

Variable	Type	Default	Meaning
A1	real	0.
A2	real	0.
bcpx			(not found)
bcpy			(not found)
bcpz			(not found)
beta_dPdr_dust	real	0.0
birthring_lifetime	real	huge1
birthring_r	real	1.0
birthring_width	real	0.1
brownian_T0	real	0.0
cdtp	real	0.2
cdtp_drag	real	0.2
cdtpgrav	real	0.1
coeff_restitution	real	0.5
compensate_sedimentation	real	1.
cond_ratio	real	0.0
Deltauy_gas_friction	real	0.0
dsnap_par_minor			(not found)
eps_dtog			(not found)
epsp_friction_increase	real	100.0
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’
k_shell	integer	-1	k associated with minshell (special/shell.f90)
kx_gg	real	1.0
kz_gg	real	1.0
l_shell	logical	.false.	using special/shell.f90 for gas velocities
lbirthring_depletion	logical	.false.
lbrownian_forces	logical	.false.
lbubble	logical	.false.
lcentrifugal_force_par	logical	.false.
lcheck_exact_frontier			(not found)
lcollisional_cooling_rms	logical	.false.
lcollisional_cooling_taucool	logical	.false.
lcollisional_cooling_twobody	logical	.false.
lcollisional_dragforce_cooling	logical	.false.
lcollisional_heat	logical	.false.
lcommunicate_np			(not found)
lcommunicate_rhop			(not found)
lcompensate_friction_increase	logical	.false.
lcompensate_sedimentation	logical	.false.
lcoriolis_force_par	logical	.true.
lcylindrical_gravity_par	logical	.false.
ldragforce_dust_par	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_variable	logical	.false.
ldraglaw_variable_density	logical	.false.
ldt_adv_par	logical	.true.
ldt_grav_par	logical	.true.
lenforce_policy	logical	.false.
lgaussian_birthring	logical	.false.
lignore_rhop_swarm			(not found)
linsert_as_many_as_possible	logical	.false.
linsert_particles_continuously			(not found)
linterp_reality_check			(not found)
lmigration_real_check			(not found)
lmigration_redo			(not found)
lnocalc_np			(not found)
lnocalc_rhop			(not found)
lnostore_uu	logical	.true.
lnu_draglaw	logical	.false.
log_ap_max_dist			(not found)
log_ap_min_dist			(not found)
loutput_psize_dist			(not found)
lpar_spec	logical	.false.
lparticle_gravity	logical	.true.
lparticlemesh_cic			(not found)
lparticlemesh_pqs_assignment			(not found)
lparticlemesh_tsc			(not found)
lpeh_radius	logical	.false.
lpscalar_sink	logical	.false.
lrandom_particle_pencils			(not found)
lshear_accel_par	logical	.true.
lsherwood_const	logical	.false.
lsinkparticle_1			(not found)
lsinkpoint	logical	.false.
ltau_coll_min_courant	logical	.true.
lthermophoretic_forces	logical	.false.
luse_tau_ap	logical	.true.
lvector_gravity	logical	.false.
max_particle_insert_time	real	huge1
mean_free_path_gas	real	0.0
mp_swarm			(not found)
nbin_ap_dist			(not found)
np_const			(not found)
np_swarm			(not found)
nu_draglaw	real	0.
nu_epicycle	real	0.0
particle_mesh			(not found)
particle_radius			(not found)
particles_insert_ramp_time	real	0.0
particles_insert_rate	real	0.
pscalar_sink_rate	real	0.0
rhop_const			(not found)
rhop_swarm			(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
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_insert_particles	real	0.0
tstart_liftforce_par	real	0.0
tstart_rpbeta	real	0.0
tstart_sink_par	real	0.0
xsinkpoint	real	0.0
ysinkpoint	real	0.0
zsinkpoint	real	0.0

Module experimental/particles_nbody_ajwr.f90

The following variables are part of the particles_nbody_run_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
density_scale	real	0.001
dsnap_par_minor			(not found)
GNewton	real	impossible
hills_tempering_fraction	real	0.8
icreate	integer	100
istar	integer	1
laccrete_when_create	logical	.true.
laccretion	logical, dimension(nspar)	.false.
ladd_mass	logical, dimension(nspar)	.false.
lbackreaction	logical	.false.
lcalc_orbit	logical	.true.
lcreate_dust	logical	.true.
lcreate_gas	logical	.true.
lcreate_sinks	logical	.false.
ldt_nbody	logical	.true.
ldust_gravity	logical	.false.
lexclude_frozen	logical	.false.
lfollow_particle	logical, dimension(nspar)	.false.
lgas_gravity	logical	.false.
linertial_frame	logical	.true.
linterp_reality_check			(not found)
linterpolate_quadratic_spline	logical	.false.
lnogravz_star	logical	.false.
lnoselfgrav_star	logical	.true.
lreset_cm	logical	.false.
ltempering	logical	.false.
lvectorgravity	logical	.false.
maxsink	integer	10*nspar

Module experimental/particles_potential.f90

The following variables are part of the particles_potential_run_pars namelist:

Variable	Type	Default	Meaning
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_run_pars namelist:

Variable	Type	Default	Meaning
alpha_cond	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
GS_condensation	real	0.
lborder_driving_ocean	logical	.false.
lcondensation_par	logical	.false.
lcondensation_simplified	logical	.false.
llatent_heat	logical	.true.
lparticles_radius_rpbeta			(not found)
lsweepup_par	logical	.false.
rhopmat			(not found)
rpbeta0	real	0.0
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_run_pars namelist:

Variable	Type	Default	Meaning
alpha_cond	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
GS_condensation	real	0.
lborder_driving_ocean	logical	.false.
lcondensation_par	logical	.false.
lcondensation_simplified	logical	.false.
lconstant_radius_w_chem	logical	.false.
lfixed_particles_radius	logical	.false.
llatent_heat	logical	.true.
lsupersat_par	logical	.false.
lsweepup_par	logical	.false.
rhopmat			(not found)
rpbeta0			(not found)
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_run_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_run_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/shock_perp.f90

The following variables are part of the shock_run_pars namelist:

Variable	Type	Default	Meaning
div_scaling	real	1.
div_threshold	real	0.
lcommunicate_uu	logical	.true.
ldivu_perp			(not found)
lforce_periodic_shockviscosity	logical	.false.
lgauss_integral	logical	.false.
lgauss_integral_comm_uu	logical	.false.
lshock_first	logical	.true.
lshock_max3_interp	logical	.false.
lshock_max5	logical	.false.

Module experimental/solid_cells_CGEO.f90

The following variables are part of the solid_cells_run_pars namelist:

Variable	Type	Default	Meaning
coefa	real	1.0
coefb	real	1.0
interpolation_method	character(len=12)	‘IDW’
lerror_norm	logical	.false.
lLoc_c_press_output	logical	.false.
lLoc_density_output	logical	.false.
lLoc_Nusselt_output	logical	.false.
lLoc_Temp_output	logical	.false.
solid_flux	real	30.0
solid_phi	real	0.0
solid_temp	real	330.0
solid_tempflux	real	333.0
solid_theta	real	0.0
solid_vel	real,dimension(3)	(/ 0.0,0.0,0.0/)

Module experimental/solid_cells_reactive.f90

The following variables are part of the solid_cells_run_pars namelist:

Variable	Type	Default	Meaning
lcheck_ba	logical	.false.
lerror_norm	logical	.false.
lnointerception	logical	.false.
lNusselt_output	logical	.false.
locchemspec_error	logical	.false.
locdensity_error	logical	.false.
loutput_local_reaction_rate	logical	.false.
lpos_advance	logical	.false.
lradius_advance	logical	.false.
lsecondorder_chem	logical	.true.
lsecondorder_rho	logical	.true.
lstefan_flow	logical	.true.
new_Stefan	logical	.false.
osci_A	real	0.5
osci_dir	integer	1
osci_f	real	4.0
osci_t	real
solid_reactions_intro_time	real	0.0

Module experimental/supernova.f90

The following variables are part of the interstellar_run_pars namelist:

Variable	Type	Default	Meaning
addrate	real	1.0
ampl_SN	real	impossible
cdt_tauc	real	0.5
center_SN_x	real	impossible
center_SN_y	real	impossible
center_SN_z	real	impossible
cloud_rho	real	impossible
cloud_tau	real	impossible
cloud_TT	real	impossible
cooling_select	character (len=labellen)	‘RBN’
coolingfunction_scalefactor	real	1.
energy_width_ratio	real	1.
frac_ecr	real	0.1
frac_eth	real	0.9
h_SNI	real	impossible
h_SNII	real	impossible
heatcool_shock_cutoff	real	0.
heatcool_shock_cutoff_rate	real	0.
heating_rate	real	0.015
heating_select	character (len=labellen)	‘wolfire’
heatingfunction_scalefactor	real	1.
inner_shell_proportion	real	1.
kampl_SN	real	impossible
kpara	real	0.025
kperp	real	0.05
ladd_massflux	logical	.false.
laverage_SN_heating	logical	.false.
lheating_UV	logical	.true.
lheatz_min	logical	.true.
lOB_cluster	logical	.false.	SN clustering
lSN_ecr	logical	.true.
lSN_eth	logical	.true.
lSN_fcr	logical	.false.
lSN_mass	logical	.true.
lSN_mass_rate	logical	.false.
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_SN_progenitor	real	impossible
mass_width_ratio	real	1.
N_mass	real	60.0
outer_shell_proportion	real	1.2
p_OB	real	0.7	Probability that an SN is in a cluster
rho0ts	real	impossible
rho_SN_max	real	impossible
rho_SN_min	real	impossible
SN_clustering_radius	real	impossible
SN_clustering_time	real	impossible
SNI_area_rate	real	impossible
SNII_area_rate	real	impossible
T0hs	real	impossible
t_next_SNI	real	0.0
t_next_SNII	real	0.0
t_settle	real	0.
thermal_profile	character (len=labellen)	‘gaussian3’
TT_SN_max	real	impossible
TT_SN_min	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_run_pars namelist:

Variable	Type	Default	Meaning
chem_diff	real	0.
chem_diff_prefactor	real, dimension(nchemspec)	1.
cp_const			(not found)
global_phi	real	impossible
init_from_file	logical
init_TT1	real	298.
init_TT2	real	2400.
init_x1	real	-0.2
init_x2	real	0.2
ladvection	logical	.true.
lchem_cdtc	logical	.false.
lchemistry_diag	logical	.false.
ldiff_corr	logical	.false.
lDiff_fick	logical	.false.
lDiff_lewis	logical	.false.
lDiff_simple	logical	.false.
ldiffusion	logical	.true.
lfilter	logical	.false.
lfilter_strict	logical	.false.
lFlux_simple	logical	.false.
lheatc_chemistry	logical	.true.
linit_density	logical	.false.
linit_temperature	logical	.false.
lkreactions_alpha	logical	.false.
lkreactions_profile	logical	.false.
lmobility	logical	.false.
lreac_as_aux	logical	.false.
lreactions	logical	.true.
lT_tanh	logical	.false.
lThCond_simple	logical	.false.
mobility	real, dimension(nchemspec)	1.
nu_spec	real, dimension(nchemspec)	0.
reac_rate_method	character(len=30)	‘chemkin’
reinitialize_chemistry	logical	.false.
visc_const	real	impossible

Module experimental/test_eos_chemistry.f90

The following variables are part of the eos_run_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 experimental/testperturb.f90

The following variables are part of the testperturb_run_pars namelist:

Variable	Type	Default	Meaning
Btest0	real	1.
itestfield	character (len=labellen)	‘B11-B21’
ktestfield	real	1.
nt_testperturb	integer	0

Module inactive/gravitational_waves_hTXk_no_xpara.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
aux_stress	character (len=labellen)	‘stress’
cc_light	character (len=labellen)	‘1’
cstress_prefactor	character (len=labellen)	‘6’
ctrace_factor	character (len=labellen)	‘1/3’
fourthird_in_stress	character (len=labellen)	‘4/3’
ldebug_print	logical	.false.
lggTX_as_aux	logical	.true.
lhhTX_as_aux	logical	.true.
lkinGW	logical	.true.
lno_transverse_part	logical	.false.
lremove_mean_gij	logical	.false.
lremove_mean_hij	logical	.false.
lStress_as_aux	logical	.true.
lswitch_sign_e_X	logical	.true.
nscale_factor_conformal	real	1.
tshift	real	0.

Module inactive/testfield.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
B_ext	real, dimension(3)	(/0.,0.,0./)
daainit	real	0.
etatest	real	0.
itestfield	integer	1
ktestfield	real	1.
linit_aatest	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.true.
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
xextent	logical	.true.
zextent	logical	.true.

Module inactive/testfield_xz.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
B_ext	real, dimension(3)	(/0.,0.,0./)
daainit	real	0.
etatest	real	0.
itestfield	character (len=labellen)	‘B11-B21’
ktestfield	real	1.
linit_aatest	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.true.
reinitialize_aatest	logical	.false.
zextent	logical	.true.

Module magnetic/maxwell.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
alpha_inflation	real	0.
B_ext	real, dimension(3)	0.0
beta_inflation	real	0.
cc_light	character (len=labellen)	‘1’
conductivity	character (len=labellen)	‘const’
eps_quench	real	.3
initaak	character (len=labellen)	‘nothing’
initeek	character (len=labellen)	‘nothing’
ksign	real	1.
lback_to_unscaled	logical	.true.
ldebug_print	logical	.false.
lemf	logical	.false.
linflation	logical	.false.
lminus_mode	logical	.false.
lquench_inflation	logical	.false.
lreheating	logical	.false.
lswitch_sign_e2	logical	.false.
nquench	real	10.
reinitialize_aa	logical	.false.
rescale_aa	real	0.0
sigma	real	0.
sigma_t1	real	0.
sigma_t2	real	0.
t1_sigma	real	0.
t2_sigma	real	0.

Module magnetic/meanfield.f90

The following variables are part of the magn_mf_run_pars namelist:

Variable	Type	Default	Meaning
alpha_aniso	real, dimension(3)	0.
alpha_cutoff_down	real	0.0
alpha_cutoff_up	real	0.0
alpha_effect	real	0.0
alpha_eps	real	0.0
alpha_equator	real	impossible
alpha_equator_gap	real	0.0
alpha_exp	real	0.
alpha_gap_step	real	0.0
alpha_height	real	0.
alpha_pom0	real	0.0
alpha_profile	character (len=labellen)	‘const’
alpha_quenching	real	0.0
alpha_rmax	real	0.0
alpha_rmin	real	0.
alpha_tensor	real, dimension(3,3)	0.
alpha_width	real	0.0
alpha_width2	real	0.0
alpha_zz	real	0.
ampluu_kinematic	real	0.
b0	real	0.
b2_to_u2	real	0.0
Calp	real	0.0
chi_t0	real	0.0
chit_quenching	real	0.0
delta_effect	real	0.0
delta_profile	character (len=labellen)	‘const’
EMF_profile	character (len=labellen)	‘nothing’
eta_tensor	real, dimension(3,3)	0.
fluc_alp_m	real	1.0
fluc_alp_profile	character (len=labellen)	‘gaussian’
gamma_effect	real	0.0
gamma_quenching	real	0.0
GWfac1	real	1.
GWfac2	real	1.
GWfac3	real	1.
hij_ampl	real	1.
kx_alpha	real	1.
kx_hij	real	1.
lalpha_Omega_approx	logical	.false.
lalpha_profile_total	logical	.false.
lchit_Bext2_equil	logical	.false.
lchit_with_glnTT	logical	.false.
ldelta_profile	logical	.false.
lEMF_profile	logical	.false.
lGW_tensor	logical	.false.
lignore_gradB2_inchiB	logical	.false.
llarge_scale_velocity	logical	.false.
lmeanfield_chitB	logical	.false.
lmeanfield_jxb	logical	.false.
lmeanfield_jxb_with_vA2	logical	.false.
lmeanfield_noalpm	logical	.false.
lmeanfield_pumping	logical	.false.
lNEMPI_correction	logical	.true.
lNEMPI_correction_qp_profile	logical	.true.
lOmega_effect	logical	.false.
lOmega_effect_meanfield	logical	.false.
lqp_aniso_factor	logical	.false.
lqp_profile	logical	.false.
lqpcurrent	logical	.false.
lqpx_profile	logical	.false.
lread_alpha_tensor_z	logical	.false.
lread_alpha_tensor_z_as_y	logical	.false.
lread_eta_tensor_z	logical	.false.
lread_eta_tensor_z_as_y	logical	.false.
lrho_chit	logical	.true.
lrhs_term	logical	.false.
lrhs_term2	logical	.false.
lshear_current_effect	logical	.false.
ltest_patches	logical	.false.
lturb_temp_diff	logical	.false.
meanfield_Ba	real	1.0
meanfield_Be	real	1.0
meanfield_Beq	real	1.0
meanfield_Beq2_height	real	0.
meanfield_Beq_height	real	0.
meanfield_Beq_profile	character (len=labellen)	‘const’
meanfield_Beq_width	real	0.0
meanfield_Bp	real	1.0
meanfield_Bs	real	1.0
meanfield_cs0	real	1.0
meanfield_delta_height	real	10.
meanfield_delta_width	real	.05
meanfield_etat	real	0.0
meanfield_etat_corona	real	0.0
meanfield_etat_exp	real	1.0
meanfield_etat_height	real	1.
meanfield_etat_profile	character (len=labellen)	‘const’
meanfield_etat_rmax	real	1.
meanfield_etat_width	real	0.0
meanfield_kf	real	1.0
meanfield_kf_profile	character (len=labellen)	‘const’
meanfield_kf_width	real	0.0
meanfield_kf_width2	real	0.0
meanfield_pumping	real	1.
meanfield_qa	real	0.0
meanfield_qe	real	0.0
meanfield_qp	real	0.0
meanfield_qs	real	0.0
mf_qJ2	real	0.0
nmultipole	integer	1
npatches	integer	1
Omega_ampl	real	0.0
Omega_profile	character (len=labellen)	‘nothing’
Omega_rmax	real	0.0
Omega_rwidth	real	0.0
qp_aniso_factor	real	1.0
qp_model	character (len=labellen)	‘atan’
qp_width	real	impossible
qpx_width	real	impossible
r0	real	1.
relhel_hij	real	1.
rhs_term_ampl	real	0.0
rhs_term_amplphi	real	0.0
rhs_term_amplz	real	0.0
roty0	real	0.
seed_magn_mf2	integer	5555
shear_current_profile	character (len=labellen)	‘nothing’
shear_current_sh	real	0.0
sigma_alpha	real	1.0
uturb	real	.1
x1_alp	real	0.
x2_alp	real	0.
x_surface	real	0.
x_surface2	real	0.
y1_alp	real	0.
y2_alp	real	0.
z_surface	real	0.

Module magnetic/meanfield_demfdt.f90

The following variables are part of the magn_mf_demfdt_run_pars namelist:

Variable	Type	Default	Meaning
eta_emf_over_etat	real	0.
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_run_pars namelist:

Variable	Type	Default	Meaning
borderlnrho	character (len=labellen)	‘nothing’
cdiffrho	real	0.0
cs2bot			(not found)
cs2top			(not found)
damplnrho_ext	real	0.
damplnrho_int	real	0.
density_floor	real	-1.0
diffrho	real	0.0
diffrho_hyper3	real	0.0
diffrho_hyper3_aniso	real, dimension(3)	0.
diffrho_shock	real	0.0
idiff	character (len=labellen), dimension(ndiff_max)	‘’
lanti_shockdiffusion	logical	.false.
lcheck_negative_density	logical	.false.
lcontinuity_gas	logical	.true.
ldiffusion_nolog	logical	.false.
lfreeze_lnrhoext	logical	.false.
lfreeze_lnrhoint	logical	.false.
lfreeze_lnrhosqu	logical	.false.
lmass_source	logical	.false.
lmassdiff_fix	logical	.false.
lnrho_const	real	0.0
lnrho_ext	real	0.
lnrho_int	real	0.
lrho_as_aux	logical	.false.
lupw_lnrho	logical	.false.
lupw_rho	logical	.false.
mass_source_Mdot	real	0.
mass_source_profile	character (len=labellen)	‘cylindric’
mass_source_sigma	real	0.
niter	integer	1
plaw	real, target	0.0
wdamp	real	0.

Module obsolete/localshock.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
diffrho_shock_local	real	0.
eta_shock_local	real	0.
nu_shock_local	real	0.
rmask	real	0.

Module obsolete/magnetic_axisym.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
ABC_A	real	1.
ABC_B	real	1.
ABC_C	real	1.
alpha_cutoff_down	real	0.
alpha_cutoff_up	real	0.
alpha_dx1	real	0.
alpha_effect	real	0.
alpha_eps	real	0.
alpha_equator	real	impossible
alpha_equator_gap	real	0.
alpha_gap_step	real	0.
alpha_quenching	real	0.
alpha_x1	real	0.
alpha_xprofile	character (len=labellen)	‘const’
alpha_yprofile	character (len=labellen)	‘const’
alphaSSm	real	0.
ampl_fcont_aa	real	1.
ampl_ff	real	1.
B_ext	real, dimension(3)	(/0.,0.,0./)
borderaa	character (len=labellen)	‘nothing’
brms_target	real	1.
bthresh	real	0.
bthresh_per_brms	real	0.
D_smag	real	0.17
daareset	real	0.
delta_effect	real	0.
displacement_gun	real	0.
eta	real	0.
eta1	real	0.
eta_aniso_hyper3	real, dimension(3)
eta_ext	real	0.
eta_hyper2	real	0.
eta_hyper3	real	0.
eta_int	real	0.
eta_out	real	0.
eta_shock	real	0.
eta_width	real	0.
eta_z0	real	1.
forcing_continuous_aa_amplfact	real	1.
forcing_continuous_aa_phasefact	real	1.
height_eta	real	0.
iforcing_continuous_aa	character (len=labellen)	‘fixed_swirl’
iresistivity	character (len=labellen), dimension(nresi_max)	‘’
k1_ff	real	1.
k1x_ff	real	1.
k1y_ff	real	1.
k1z_ff	real	1.
kx_aa	real, dimension (ninit)	1.
ky_aa	real, dimension (ninit)	1.
kz_aa	real, dimension (ninit)	1.
lalpha_phi_equation	logical	.true.
lB_ext_pot	logical	.false.
lbb_as_aux	logical	.false.
lbbt_as_aux	logical	.false.
lbext_curvilinear	logical	.true.
lcheck_positive_va2	logical	.false.
lforcing_cont_aa	logical	.false.
lfreeze_aext	logical	.false.
lfreeze_aint	logical	.false.
linduction	logical	.true.
ljj_as_aux	logical	.false.
ljjt_as_aux	logical	.false.
lkinematic	logical	.false.
LLambda_aa	real	0.
llorentzforce	logical	.true.
lmean_friction	logical	.false.
lmeanfield_jxb	logical	.false.
lmeanfield_jxb_with_vA2	logical	.false.
lmeanfield_noalpm	logical	.false.
lmeanfield_theory	logical	.false.
lneutralion_heat	logical	.true.
lohmic_heat	logical	.true.
lOmega_effect	logical	.false.
lreset_aa	logical	.false.
lupw_aa	logical	.false.
luse_Bext_in_b2	logical	.false.
lweyl_gauge	logical	.false.
meanfield_Bp	real	1.
meanfield_Bs	real	1.
meanfield_etaB	real	0.
meanfield_etat	real	0.
meanfield_kf	real	1.
meanfield_Qp	real	1.
meanfield_Qs	real	1.
Omega_ampl	real	0.
omega_Bz_ext	real	0.
Omega_dx1	real	0.
Omega_x1	real	0.
Omega_xprofile	character (len=labellen)	‘const’
Omega_yc1	real	0.
Omega_yc2	real	0.
Omega_yprofile	character (len=labellen)	‘const’
pertaa	character (len=labellen)	‘zero’
pertamplaa	real	0.
radius	real	.1
reinitialize_aa	logical	.false.
rescale_aa	real	0.
rescaling_fraction	real	1.
rhomin_jxb	real	0.
sigma_ratio	real	1.
swirl	real	1.
tau_aa_exterior	real	0.
va2max_jxb	real	0.
va2power_jxb	integer	5
wresistivity	real	.01
zdep_profile	character (len=labellen)	‘fs’

Module obsolete/magnetic_old.f90

The following variables are part of the magnetic_run_pars namelist:

Variable	Type	Default	Meaning
alphaSSm	real	0.0
ampl_fcont_aa	real	1.0
ampl_ff	real	1.0
B_ext	real, dimension(3)	(/0.0,0.0,0.0/)
borderaa	character (len=labellen)	‘nothing’
brms_target	real	1.0
bthresh	real	0.0
bthresh_per_brms	real	0.0
D_smag	real	0.17
daareset	real	0.0
eta	real	0.0
eta1	real	0.0
eta_aniso_hyper3	real, dimension(3)
eta_anom	real	0.0
eta_ext	real	0.0
eta_hyper2	real	0.0
eta_hyper3	real	0.0
eta_j	real	0.
eta_j2	real	0.
eta_jrho	real	0.
eta_jump	real	0.0
eta_min	real	0.
eta_shock	real	0.0
eta_spitzer	real	0.
eta_va	real	0.
eta_width	real	0.0
eta_xy_max	real	1.0
eta_z0	real	1.0
eta_z1	real	1.0
forcing_continuous_aa_amplfact	real	1.0
forcing_continuous_aa_phasefact	real	1.0
hall_term	real	0.0
iforcing_continuous_aa	character (len=labellen)	‘fixed_swirl’
inertial_length	real	0.0
iresistivity	character (len=labellen), dimension(nresi_max)	‘’
k1_ff	real	1.0
k1x_ff	real	1.0
k1y_ff	real	1.0
k1z_ff	real	1.0
kx_aa	real, dimension (ninit)	1.0
ky_aa	real, dimension (ninit)	1.0
kz_aa	real, dimension (ninit)	1.0
ladvective_gauge	logical	.false.
lB_ext_pot	logical	.false.
lbb_as_aux	logical	.false.
lbbt_as_aux	logical	.false.
lbext_curvilinear	logical	.true.
lcalc_aamean	logical	.false.
lcheck_positive_va2	logical	.false.
lelectron_inertia	logical	.false.
lforcing_cont_aa	logical	.false.
lforcing_cont_aa_local	logical	.false.
lfreeze_aext	logical	.false.
lfreeze_aint	logical	.false.
lhalox	logical	.false.
linduction	logical	.true.
ljj_as_aux	logical	.false.
ljjt_as_aux	logical	.false.
lkinematic	logical	.false.
LLambda_aa	real	0.0
llorentzforce	logical	.true.
lmean_friction	logical	.false.
lmeanfield_theory	logical	.false.
lneutralion_heat	logical	.true.
lremove_mean_emf	logical	.false.
lreset_aa	logical	.false.
lrun_initaa	logical	.false.
lupw_aa	logical	.false.
luse_Bext_in_b2	logical	.false.
lweyl_gauge	logical	.false.
nu_ni	real	0.0
omega_Bz_ext	real	0.0
radius	real	0.1
reinitialize_aa	logical	.false.
rescale_aa	real	0.0
rescaling_fraction	real	1.0
rhomin_jxb	real	0.0
sigma_ratio	real	1.0
swirl	real	1.0
tau_aa_exterior	real	0.0
va2max_jxb	real	0.0
va2power_jxb	integer	5
vcrit_anom	real	1.0
wresistivity	real	0.01
z_surface	real	0.0
zdep_profile	character (len=labellen)	‘fs’

Module obsolete/particles_nbody.f90

The following variables are part of the particles_nbody_run_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
density_scale	real	0.001
dsnap_par_minor			(not found)
GNewton	real	impossible
hills_tempering_fraction	real	0.8
icreate	integer	100
istar	integer	1
laccrete_when_create	logical	.true.
laccretion	logical, dimension(nspar)	.false.
ladd_mass	logical, dimension(nspar)	.false.
lbackreaction	logical	.false.
lcalc_orbit	logical	.true.
lcreate_dust	logical	.true.
lcreate_gas	logical	.true.
lcreate_sinks	logical	.false.
ldt_nbody	logical	.true.
ldust_gravity	logical	.false.
lexclude_frozen	logical	.false.
lfollow_particle	logical, dimension(nspar)	.false.
lgas_gravity	logical	.false.
linertial_frame	logical	.true.
linterp_reality_check			(not found)
linterpolate_quadratic_spline	logical	.false.
lnogravz_star	logical	.false.
lnoselfgrav_star	logical	.true.
lreset_cm	logical	.false.
ltempering	logical	.false.
maxsink	integer	10*nspar

Module obsolete/radiation_fld.f90

The following variables are part of the radiation_run_pars namelist:

Variable	Type	Default	Meaning
a_SB	real	1.
c_gam	real	100
flim	character (len=labellen)	‘LP’
inflow	real	2
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

Module obsolete/radiation_nongrey.f90

The following variables are part of the radiation_run_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)
cdtrad_thick	real	0.8
cdtrad_thin	real	1.
Frad_boundary_ref	real	0.0
kappa_cst	real	1.0
kapparho_const	real	1.0
kx_kapparho	real	0.0
kx_Srad	real	0.0
ky_kapparho	real	0.0
ky_Srad	real	0.0
kz_kapparho	real	0.0
kz_Srad	real	0.0
lcommunicate	logical	.true.
lcooling	logical	.true.
lintrinsic	logical	.true.
lrad_cool_diffus	logical	.false.
lrad_debug	logical	.false.
lrad_pres_diffus	logical	.false.
lradflux	logical	.false.
lradpressure	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_run_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
kx_kapparho	real	0.0
kx_Srad	real	0.0
ky_kapparho	real	0.0
ky_Srad	real	0.0
kz_kapparho	real	0.0
kz_Srad	real	0.0
lcommunicate	logical	.true.
lcooling	logical	.true.
lintrinsic	logical	.true.
lrad_debug	logical	.false.
lradflux	logical	.false.
lradpressure	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_run_pars namelist:

Variable	Type	Default	Meaning
axion_sum_range	real, dimension (2)	(/0.,1./)
dk	real	1e-2
dtback	real	1e6
fdecay	real	.003
g	real	1.11e-2
H	real	1.04e-6
horizon_factor	real	0.
k0	real	1e-2
lam	real	500.
lanalytic	logical	.false.
lbackreact	logical	.false.
lconf_time	logical	.false.
ldo_adjust_krange	logical	.true.
lkeep_mQ_const	logical	.false.
llnk_spacing	logical	.false.
llnk_spacing_adjustable	logical	.false.
lswap_sign	logical	.false.
lupdate_background	logical	.true.
lvariable_k	logical	.false.
lwith_eps	logical	.true.
mu	real	1.5e-4
Ndivt	integer	100
nmax0	real	3.
nmin0	real	-1.
sbackreact_chi	real	1.
sbackreact_Q	real	1.
tback	real	1e6

Module obsolete/temperature.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
chi	real	0.
chi_t	real	0.
cool	real	0.
cooltype	character (len=labellen)	‘Temp’
cs2cool	real	0.
Fbot	real	impossible
hcond0	real	0.
hcond1	real	impossible
hcond2	real	impossible
Kbot	real	impossible
lcalc_heatcond_constchi	logical	.false.
lcalc_heatcond_simple	logical	.false.
lmultilayer	logical	.true.
luminosity	real	0.
rcool	real	1.
tau_ss_exterior	real	0.
wcool	real	0.1
wheat	real	0.1
widthss	real	2*epsi

Module obsolete/temperature_TT.f90

The following variables are part of the entropy_run_pars namelist:

Variable	Type	Default	Meaning
chi	real	impossible
Fbot	real
hcond0	real	impossible
heat_uniform	real	0.0
iheatcond	character (len=labellen)	‘nothing’
Kmax	real	0.
Kmin	real	0.
ladvection_temperature	logical	.true.
lhcond_global	logical	.false.
lheatc_chiconst_accurate	logical	.false.
lpressuregradient_gas	logical	.true.
lupw_lnTT	logical	.false.
lviscosity_heat	logical	.true.
mpoly0			(not found)
mpoly1			(not found)
tau_damp_cor	real	-1.0
tau_heat_cor	real	-1.0
Tbump	real	0.
TT_cor	real	0.0
widthlnTT	real	2*epsi
zcor	real	0.0

Module obsolete/visc_hyper.f90

The following variables are part of the viscosity_run_pars namelist:

Variable	Type	Default	Meaning
ivisc	character (len=labellen)	‘hyper3’
lvisc_first	logical	.false.
nu_hyper3	real

Module obsolete/visc_smagorinsky.f90

The following variables are part of the viscosity_run_pars namelist:

Variable	Type	Default	Meaning
C_smag	real	0.0
ivisc	character (len=labellen)	‘smagorinsky’
lvisc_first	logical	.false.
nu			(not found)

Module obsolete/visc_var.f90

The following variables are part of the viscosity_run_pars namelist:

Variable	Type	Default	Meaning
ivisc	character (len=labellen)	‘nu-const’
nu			(not found)
nuf_DJO	real
q_DJO	real	2.
t0_DJO	real	0.
tf_DJO	real
ti_DJO	real	1.

Module special/1D_loop.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
bullets_dt	real	0.
bullets_dx	real	0.
bullets_h0	real	0.
bullets_t0	real	0.
bullets_x0	real	0.
chi_aniso	real	0.
cool_RTV	real	0.
cubic_newton	real	0.
cubic_RTV	real	0.
exp_newton	real	0.
exp_RTV	real	0.
filter_strength	real, dimension(mvar)	0.01
hcond_grad_iso	real	0.
heat_par_exp	real, dimension(2)	(/0.,1./)
heat_par_exp2	real, dimension(2)	(/0.,1./)
heat_par_gauss	real, dimension(3)	(/0.,1.,0./)
heat_par_vandoors	real, dimension(3)	(/1.,0.1,50./)
hyper3_chi	real	0.
hyper3_diffrho	real	0.
iheattype	character (len=labellen), dimension(3)	‘nothing’
init_time	real	0.
Kc	real	0.
Kchrom	real	0.
Kpara	real	0.
Kperp	real	0.
Ksat	real	0.
lfilter_farray	logical	.false.
lnTT0_chrom	real	0.
loop_frac	character (len=labellen)	‘full’
lrad_loss	logical	.false.
R_hyper3	real	0.
tanh_newton	real	0.
tanh_RTV	real	0.
tau_inv_newton	real	0.
tau_inv_spitzer	real	0.
width_lnTT_chrom	real	0.
width_newton	real	0.
width_RTV	real	0.

Module special/advective_gauge.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
laa_adv_as_aux	logical	.false.
ladvecto_resistive	logical	.true.

Module special/alphadisk.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
lwind	logical	.true.

Module special/ascale_collapse.f90

The following variables are part of the special_run_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_run_pars namelist:

Variable	Type	Default	Meaning
dYw	real	1.
lbuffer_zone_T	logical	.false.
lbuffer_zone_uy	logical	.false.
lbuoyancy_x	logical	.false.
lbuoyancy_z	logical	.false.
lnTT1	real
lnTT2	real
sigma	real	1.

Module special/axionSU2back.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
axion_sum_range	real, dimension (2)	(/0.,1./)
dk	real	1e-2
dtback	real	1e6
fdecay	real	.003
g	real	1.11e-2
H	real	1.04e-6
horizon_factor	real	0.
k0	real	1e-2
lalways_backreact_output	logical	.false.
lam	real	500.
lanalytic	logical	.false.
lbackreact	logical	.false.
lconf_time	logical	.false.
ldo_adjust_krange	logical	.true.
lhubble	logical	.false.
lhubble_var	logical	.false.
lkeep_mQ_const	logical	.false.
llnk_spacing	logical	.false.
llnk_spacing_adjustable	logical	.false.
lswap_sign	logical	.false.
lupdate_background	logical	.true.
lvariable_k	logical	.false.
lwith_eps	logical	.true.
lwrite_backreact	logical	.true.
lwrite_krange	logical	.true.
mscal	real	0.
mu	real	1.5e-4
Ndivt	integer	100
nmax0	real	3.
nmin0	real	-1.
sbackreact_chi	real	1.
sbackreact_JJ	real	1.
sbackreact_Q	real	1.
sgn	real	1.
sgn_g	real	-1.
tback	real	1e6

Module special/axionU1back.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
alpf	real	50.
const_sigma	real	0.0
dk	real	1.06e-4
H	real	1.04e-6
ikdata	integer	100
k0	real	1.06e-4
lbackreact	logical	.false.
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.
lwrite_backreact	logical	.true.
lwrite_krange	logical	.true.
Ndivt	integer	40
nmax0	real	3.
nmin0	real	-1.

Module special/backreact_infl.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
a4rhophim_crit	real	0.	PAR_DOC: critical value of a4rhophim below lsolve_phi=F is set.
aphimax	real	0.	PAR_DOC: maximum a value above which the phi potential is quenched.
ascale_heat	real	0.
ascale_heat_off	real	0.
ascale_heat_width	real	0.
ascale_ini	real	1.
axionmass	real	1.06e-6
c_light_axion	real	1.
cdt_Gamma_phi	real	1.
cdt_phi	real	1e-2
cdt_rho_chi	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
Gamma_phi_exp	real	3.	PAR_DOC: scale factor exponent on Gamma_phi
heating_choice	character (len=labellen)	‘Hscript_max’
Hscript0	real	0.
Hscript_choice	character (len=labellen)	‘default’
infl_v	real	.1
initspecial	character (len=labellen), dimension(ninit)	‘nothing’
it1_reset_value	integer	0	PAR_DOC: new it1 value after lit1_reset
lambda_axion	real	0.
lbackreact_infl	logical	.true.
lcombine_prep_ode_right_with_rhs	logical	.false.
lconf_time	logical	.true.
ldefine_a2rhophi_with_Vpotential	logical	.true.	PAR_DOC: define a2rhophi with Vpotential
ldt_backreact_infl	logical	.true.
ldt_Gamma_phi	logical	.false.	PAR_DOC: time step constraint from Gam_phi
lem_backreact	logical	.true.
lflrw	logical	.false.
lheating_keep_on	logical	.true.	PAR_DOC: should be true to prevent further checks on heating
linclude_rho_EBK_in_wstate	logical	.false.	PAR_DOC: include rhoE, rhoB, and rhokin in wstate
linclude_rhokin_in_a2rho	logical	.false.	PAR_DOC: include rhokin in a2rho
lit1_reset_if_lsolve_for_phi	logical	.false.	PAR_DOC: allow to check for it1_reset_if_lsolve_for_phi
lna_switch_toMHD	real	4.17	PAR_DOC: critical value when to switch to MHD (if lswitch_toMHD_at_lna=T)
lold_ldt_phi	logical	.true.	PAR_DOC: for backward compatibility.
lold_lrho_chi_dtconstraint	logical	.true.	PAR_DOC: old lrho_chi dt constraint (use false for new and correct version)
lrho_chi	logical	.false.
lrho_chi_corrected	logical	.true.	PAR_DOC: for backward compatibility; when false, we use the wrong scale factor in the rho_chi equation
lrho_chi_inhom	logical	.false.	PAR_DOC: inhomogeneous heating
lrho_rad	logical	.false.	PAR_DOC: radiation from inflaton decay
lrho_rad_apply	logical	.true.	PAR_DOC: radiation from inflaton decay, and also applied to df(l1:l2,m,n,iinfl_dphi)
lrho_rad_apply2	logical	.true.	PAR_DOC: radiation from inflaton decay, and also applied to df(l1:l2,m,n,iinfl_dphi)
lsigE_const	logical	.false.	PAR_DOC: put sigE to a constant if true.
lsigE_const_if_lsolve_for_phi	logical	.false.	PAR_DOC: allow to check for lsigE_const_if_lsolve_for_phi
lsigE_const_ifnot_lsolve_for_phi	logical	.false.	PAR_DOC: allow to check for lsigE_const_if_lsolve_for_phi
lsmooth_Gamma_phi	logical	.false.	PAR_DOC: smooth increase of Gamma_phi
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.
lswitch_toMHD_at_lna	logical	.false.	PAR_DOC: option to use lna as criterion for switching to MHD
lswitch_toMHD_when_heating	logical	.false.	PAR_DOC: switch to MHD at the start of reheating
lswitch_toMHD_when_nophi	logical	.true.	PAR_DOC: switch to MHD when phi evolution is turned off (phi is not included in current MHD 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)
lzeroHubble	logical	.false.
Ndiv	integer	100
phi0	real	.44
rad_heating	real	0.
scale_rho_chi_Heqn	real	1.
scale_rho_rad_Heqn	real	1.
solve_phi_criterion	character (len=labellen)	‘wstate’
Vprime_choice	character (len=labellen)	‘quadratic’
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/baroclinic_run.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
Bshear	real	0.
lstatic_stratification	logical	.false.
lunstratified	logical	.false.

Module special/beta_plane.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
Omega	real	0	rotational rate
R	real	1	Radius of the sphere
theta_0	real	pi/2	Colatitude about which the Coriolis force is linearized

Module special/boussinesq.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
betaz_boussinesq	real	0.
gravz_boussinesq	real	0.
gravz_boussinesq_lnrho	real	0.

Module special/chiral_mhd.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
cdtchiral	real	0.4
coef_mu5	real	0.
coef_muS	real	0.
Cw	real	0.
diffmu5	real	0.
diffmu5_hyper2	real	0.
diffmu5_hyper3	real	0.
diffmu5_tdep_exponent	real	0.
diffmu5_tdep_t0	real	1.
diffmu5_tdep_toffset	real	1.
diffmuS	real	0.
diffmuS_hyper2	real	0.
diffmuS_hyper3	real	0.
diffmuSmax	real	0.
gammaf5	real	0.
gammaf5_tdep	character (len=labellen)	‘const’
initspecial	character (len=labellen)	‘nothing’
lambda5			(not found)
lCVE	logical	.false.
ldiffmu5_hyper2_simplified	logical	.false.
ldiffmu5_hyper3_simplified	logical	.false.
ldiffmu5_tdep	logical	.false.
ldiffmuS_hyper2_simplified	logical	.false.
ldiffmuS_hyper3_simplified	logical	.false.
ldt_chiral_mhd	logical	.true.
lmu5adv	logical	.true.
lmu5divu_term	logical	.true.
lmuS	logical	.false.
lmuSdivu_term	logical	.true.
lupw_mu5	logical	.false.
lupw_muS	logical	.false.
mu5_const	real	0.
reinitialize_mu5	logical	.false.
rescale_mu5	real	1.
source5	real	0.
source5_expt	real	0.
source5_expt2	real	0.
source5_tdep	character (len=labellen)	‘const’
t1_gammaf5	real	0.
t1_source5	real	0.
t2_gammaf5	real	0.
t2_source5	real	0.

Module special/collapse.f90

The following variables are part of the special_run_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_run_pars namelist:

Variable	Type	Default	Meaning
aa_tau_inv	real	0.
b_tau	real	0.
Bavoid	real	0.0
Bz_flux	real	0.
centerx	real	0.
centery	real	0.
centerz	real	0.
chi_re	real	0.
chi_spi	real	0.
cool_RTV	real	0.
cubic_newton	real	0.
cubic_RTV	real	0.
damp_amp	real	0.
density_min	real	0.
dt_gran_SI	real	1.
exp_newton	real	0.
exp_RTV	real	0.
filter_strength	real, dimension(mvar)	0.
gauss_newton	real	0.
gran_top_ux_fact	real	1.
gran_top_uy_fact	real	1.
hcond1	real	0.
hcond_grad	real	0.
hcond_grad_iso	real	0.
heat_par_b2	real, dimension(1)	0.
heat_par_balleg	real, dimension(1)	0.
heat_par_exp	real, dimension(2)	(/0.,1./)
heat_par_exp2	real, dimension(2)	(/0.,1./)
heat_par_exp3	real, dimension(3)	(/0.,1.,0./)
heat_par_full	real, dimension(9)	(/0.,1.,0.,1.,0.,1.,0.,0.,0./)
heat_par_gauss	real, dimension(3)	(/0.,1.,0./)
heat_par_rappazzo	real, dimension(1)	0.
heat_par_schrijver04	real, dimension(1)	0.
hyper2_spi	real	0.
hyper3_chi	real	0.
hyper3_diffrho	real	0.
hyper3_eta	real	0.
hyper3_nu	real	0.
hyper3_spi	real	0.
hyper_heating	logical	.false.
iheattype	character (len=labellen), dimension(3)	‘nothing’
increase_vorticity	real	15.
init_time	real	0.
init_time2	real	0.
init_width	real	0.
irefz	integer	nghost+1
Kc	real	0.
Kiso	real	0.
Kpara	real	0.
Kperp	real	0.
Ksat	real	0.
lchen	logical	.false.
ldensity_floor	logical	.false.
ldensity_floor_c	logical	.false.
lfilter_farray	logical	.false.
lgran_top	logical	.false.
lgranulation	logical	.false.
limiter_tensordiff	real	3
linject_maghel	logical	.false.
lmag_bound_vec	logical	.false.
lmag_time_bound	logical	.false.
lrad_loss	logical	.false.
lreset_heatflux	logical	.false.
luse_ext_vel_field	logical	.false.
lvel_field_is_3D	logical	.false.
lwrite_granules	logical	.false.
mach_chen	real	0.
maghel_ampl	real	0.
mark	logical	.false.
maxvA	real	0.
quench	real	0.
quench0	real	0.
quench_width	real	1.
R_hyper3	real	0.0
R_hyperchi	real	0.
R_hyperdiffrho	real	0.
R_hypereta	real	0.
R_hypernu	real	0.
rmax	real	huge1
rmin	real	tini
sub_step_hcond	logical	.false.
t_mid_mark	real	0.
t_start_mark	real	0.
t_width_mark	real	0.
tanh_newton	real	0.
tanh_RTV	real	0.
tau_inv_newton	real	0.
tau_inv_newton_mark	real	0.
tau_inv_top	real	0.
twist_u0	real	1.
twisttype	integer	0
u_amplifier	real	1.
width_newton	real	0.
width_RTV	real	0.

Module special/dampuu.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
far_field_type	character (len=labellen)	‘initial’	how to determine the profiles to which rho and ss are damped.
ldamp_rho	logical	.false.	whether to damp the density to its initial profile
ldamp_ss	logical	.false.	whether to damp the entropy to its initial profile
tau	real	1	timescale over which the velocity should be damped
w	real	0	width of the step function
x_1	real	impossible	corners of the cuboid outside which things should be damped
x_2	real	impossible	corners of the cuboid outside which things should be damped
y_1	real	impossible
y_2	real	impossible
z_1	real	impossible
z_2	real	impossible

Module special/disp_current.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
aderiv_scaling	character (len=labellen)	‘table’
alpf	real	0.
alpfpsi	real	0.
beta_inflation	real	0.
cdt_sigE	real	1.	PAR_DOC: time step constraint from 1/sigE
coupl_gy	real	.345	electroweak SU(2) x U(1) coupling of Higgs to U(1)
eta_ee	real	0.0
eta_given	real	impossible
etaSchw_max	real	impossible	PAR_DOC: constant value if set
initee	character (len=labellen), dimension(ninit)	‘nothing’
je_heating_factor	real	1.
ladvance_ee	logical	.true.	PAR_DOC: can turn off time advance of E.
lallow_bprime_zero	logical	.true.
lapply_Gamma_corr	logical	.true.
lcollinear_EB	logical	.false.
lcollinear_EB_aver	logical	.false.
lcurlyA	logical	.true.
ldensity_add_je_heating	logical	.false.
ldivE_as_aux	logical	.false.
ldt_disp_current	logical	.true.	PAR_DOC: invoke timestep constraint from sigE
leedot_as_aux	logical	.false.
linclude_dphiB_in_MHD	logical	.false.	PAR_DOC: include dphi*B in MHD approximation
linclude_gphixE_in_MHD	logical	.false.	PAR_DOC: include gphixE in MHD approximation
llate_reset_el_pencil	logical	.false.	PAR_DOC: late reset of el pencil, should probably be true in future.
llongitudinalE	logical	.true.
llorentzforce_ee	logical	.false.
llorenz_gauge_disp	logical	.false.
lmass_suppression	logical	.false.
lnoncollinear_EB	logical	.false.
lnoncollinear_EB_aver	logical	.false.
lohmic_heating_ee	logical	.true.	PAR_DOC: positive definite part of heating with $J^2/sigE$.
lohmic_heating_justee	logical	.false.	PAR_DOC: positive definite heating with just $E^2*sigE$.
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.
lpsi_hom	logical	.false.
lresistive_gauge_disp	logical	.false.	PAR_DOC: resitive gauge when displacement current is solved for.
lresistive_gauge_ee	logical	.false.	PAR_DOC: possibility of resistive gauge when ladvance_ee=F.
lsigB_as_aux	logical	.false.
lsigE_as_aux	logical	.false.
lswitch_off_divJ	logical	.false.
lswitch_off_Gamma	logical	.false.
luse_scale_factor_in_sigma	logical	.false.
mass_chi	real	0.
reinitialize_ee	logical	.false.
rescale_ee	real	1.
sigB_prefactor	real	1.
sigE_ceiling	real	impossible	PAR_DOC: ceiling
sigE_const_value	real	impossible	PAR_DOC: constant value if set
sigE_prefactor	real	1.
sigEmax	real	impossible	PAR_DOC: time step constraint from 1/sigE
vA_limit	real	0.
weight_longitudinalE	real	2.0

Module special/dynamical_resistivity.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
dust_to_gas	real	1d-5
lzeta_cosmicray	logical
lzeta_nuclides	logical
lzeta_xray	logical
minval_zeta_table	real	1.1e-24
unit_density_cgs	real	1.
unit_length_cgs	real	1.
unit_time_cgs	real	1.

Module special/electroweaksu2.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
eta_WW	real	0.0
initdWW	character (len=labellen), dimension(ninit)	‘nothing’
initWW	character (len=labellen), dimension(ninit)	‘nothing’
ldivdotW_as_aux	logical	.false.	, lsolve_chargedensityW=.false.
llongitudinalW	logical	.true.
lWddot_as_aux	logical	.false.	, lsolve_chargedensityW=.false.
reinitialize_dWW	logical	.false.
reinitialize_WW	logical	.false.
rescale_dWW	real, dimension(3)	1.0
rescale_WW	real, dimension(3)	1.0
weight_longitudinalW	real	2.0

Module special/flowaroundsphere.f90

The following variables are part of the flowaroundsphere_run_pars namelist:

Variable	Type	Default	Meaning
ldisturbance	logical	.false.
linlet_northern	logical	.true.
ltest	logical	.false.
nequator	integer	n1 + nz/2
northern	logical	.true.
southern	logical	.true.
special_infuu	real	-1.
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_run_pars namelist:

Variable	Type	Default	Meaning
delay_blink	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
lam_twist	real, dimension(6)	(/0.17,0.,0.,0.,0.,0./)
lam_u	real	1
lam_z	real	1
lblink	logical, save	.False.
n_pivot	integer	1
r_profile	character (len=labellen)	‘gaussian’
rad	real, dimension(6)	(/2.,0.,0.,0.,0.,0./)
t_blink_0d	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
t_blink_0u	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
t_blink_down	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
t_blink_up	real, dimension(6)	(/1.,0.,0.,0.,0.,0./)
t_e3	real	8.
udrive	real, dimension(6)	(/0.1,0.,0.,0.,0.,0./)
xp	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
yp	real, dimension(6)	(/0.,0.,0.,0.,0.,0./)
z_profile	character (len=labellen)	‘exp’

Module special/gravitational_waves.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
diffgg	real	0.
diffgg_hyper3	real	0.
diffhh	real	0.
diffhh_hyper3	real	0.
ldebug_print	logical	.false.
lno_transverse_part	logical	.false.
lsame_diffgg_as_hh	logical	.true.
lstress_from_TandX	logical	.true.
lswitch_sign_e_X	logical	.true.
luse_fourier_transform	logical	.true.

Module special/gravitational_waves_hij6.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
aux_stress	character (len=labellen)	‘stress’
cc_light	character (len=labellen)	‘1’
cstress_prefactor	character (len=labellen)	‘6’
ctrace_factor	character (len=labellen)	‘1/3’
diffgg	real	0.
diffgg_hyper3	real	0.
diffhh	real	0.
diffhh_hyper3	real	0.
fourthird_in_stress	character (len=labellen)	‘4/3’
ldebug_print	logical	.false.
lggTX_as_aux	logical	.true.
lhhTX_as_aux	logical	.true.
lkinGW	logical	.true.
lno_transverse_part	logical	.false.
lremove_mean_gij	logical	.false.
lremove_mean_hij	logical	.false.
lsame_diffgg_as_hh	logical	.true.
lStress_as_aux	logical	.false.
lsubstepped_in_time	logical	.false.
lswitch_sign_e_X	logical	.true.
nscale_factor_conformal	real	1.
tshift	real	0.

Module special/gravitational_waves_hTXk.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
aux_stress	character (len=labellen)	‘stress’
boost_method	integer	2
cc_light	character (len=labellen)	‘1’
cstress_prefactor	character (len=labellen)	‘6’
ctrace_factor	character (len=labellen)	‘1/3’
delk	real	0.
exp_stress_comp	real	0.
fac_stress_kick	real	2.
fourthird_in_stress	character (len=labellen)	‘4/3’
horndeski_alpM	real	0.
horndeski_alpM_exp	real	0.
horndeski_alpM_prime	real	0.
horndeski_alpT	real	0.
horndeski_alpT_exp	real	0.
idelkt	character (len=labellen)	‘jump’
idt_file_safety	integer	12
ihorndeski_time	character (len=labellen)	‘const’
initGW	character (len=labellen)	‘nothing’
itorder_GW	integer	1
k_in_stress	real	1.
lboost	logical	.false.
lconstmod_in_stress	logical	.false.
ldark_energy_GW	logical	.false.
ldebug_print	logical	.false.
ldelkt	logical	.false.
lelectmag	logical	.false.
lgamma_factor	logical	.false.
lggTX_as_aux	logical	.true.
lhhTX_as_aux	logical	.true.
lhorndeski	logical	.false.
lhorndeski_xi	logical	.false.
linflation	logical	.false.
lkinGW	logical	.true.
lLighthill	logical	.false.
llinphase_in_stress	logical	.false.
lmagstress	logical	.true.
lmatter_GW	logical	.false.
lnew_switch_om2_min	logical	.false.
lno_transverse_part	logical	.false.
lnonlinear_source	logical	.false.
lnonlinear_Tpq_trans	logical	.true.
lnophase_in_stress	logical	.false.
lrandomize_e1_e2	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.
lremove_mean_gij	logical	.false.
lremove_mean_hij	logical	.false.
lscalar	logical	.false.
lscalar_phi	logical	.false.
lsingle_precision_ffts_for_gw_update	logical	.false.
lsplit_GW_rhs_from_rest_on_gpu	logical	.true.
lstress	logical	.true.
lStress_as_aux	logical	.true.
lstress_ramp	logical	.false.
lstress_upscale	logical	.false.
lswitch_sign_e_X	logical	.true.
lswitch_sign_e_X_boost	logical	.false.
lswitch_symmetric	logical	.false.
lturnoff	logical	.false.
nonlinear_source_fact	real	0.
nscale_factor_conformal	real	1.	(=keep this for now, but in future, we want to put it to 0. exactly)
ntimesteps_per_GW_step	integer	1
om2_min_factor	real	1e-4	(=keep this for now, but in future, we want to put it to 0. exactly)
OmL0	real	0.6841
OmM0	real	0.3158
reinitialize_GW	logical	.false.
rescale_GW	real	1.
scale_factor0	real	1.
slope_linphase_in_stress	real	0.
stress_upscale_exp	real	0.
stress_upscale_rate	real	0.
t_acceleration	real	1.9215E13	, t_0=1.3725E13
t_equality	real	3.789E11	, t_0=1.3725E13
t_ini	real	60549
tau_delk	real	1.
tau_stress_comp	real	0.
tau_stress_kick	real	0.
tdelk	real	0.
tshift	real	0.	(=keep this for now, but in future, we want to put it to 0. exactly)
tstress_ramp	real	0.
tturnoff	real	1.
vx_boost	real	0.
vy_boost	real	0.
vz_boost	real	0.

Module special/gross_pitaevskii.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
del2prefactor	real	1.
diff_boundary	real	0.000
eps_gpe	real	.5
fact_potself	real	1.
frame_Ux	real	0.
g_gpe	real	1.
gamma_gpe	real	0.
kx_gpe	real	6.
ky_gpe	real	6.
kz_gpe	real	6.
limag_time	logical	.false.
mu_gpe	real	1.
n_gpe	real	10.
test_sphere_radius	real	0.
V0_gpe	real	0.

Module special/jet.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
turb_inlet_dir	character(len=fnlen)	‘’

Module special/klein_gordon.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
ascale_ini	real	1.
c_phi	real	1.
c_psi	real	1.
cdt_rho_chi	real	1.
coupl_phipsi	real	0.
dphi0	real	-1.69e-7
echarge_type	character (len=50)	‘const’
eps	real	.01
higgs_friction	real	0.
Hscript0	real	0.
Hscript_choice	character (len=labellen)	‘set’
initspecial	character (len=labellen), dimension(ninit)	‘nothing’
lambda_phi	real	0.
lambda_psi	real	0.
ldt_klein_gordon	logical	.true.
lem_backreact	logical	.false.
lflrw	logical	.false.
lhiggs_friction	logical	.false.
lrho_chi	logical	.false.
lwaterfall	logical	.false.
Ndiv	integer	100
phi0	real	.44
phi_v	real	.1
phimass	real	1.06e-6
scale_rho_chi_Heqn	real	1.
Vprime_choice	character (len=labellen)	‘quadratic’

Module special/Lambda_CDM.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
ascale_type			(not found)
Hubble0	real	0.072
Omega_Lam	real	.73
Omega_rad	real	1e-4

Module special/lorenz_gauge.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
cphi	real	1.
etaphi	real	0.

Module special/lucky_droplet.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
efficiency_exponent	real	0.
efficiency_prefactor	real	1.
gam_lucky	real	fourthird
lambda_star1	real	1
lMFT	logical	.false.
lrA	logical	.false.
lrB	logical	.false.
rcrit	real	0.
runit	real	1.

Module special/magneticspiral.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
B0	real	0.0064252940531717906
etamu0	real	0.6
Omega0	real	1.0
r0type InternalPencils			(not found)

Module special/meanfield_alpm.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
alpmdiff	real	0.
alpmdiff_aniso	real, dimension (3)	0.
alpmejec_ampluu	real	1.0
alpmejec_b2	real	0.2
alpmejec_bwidth	real	0.1
alpmejec_dt	real	0.
alpmejec_r0	real	1.0
alpmejec_rwidth	real	0.02
deltat_alpm	real	1.
kf_alpm	real	1.
ladvect_alpm	logical	.false.
lalpmejec	logical	.false.
lflux_from_Omega	logical	.false.
lupw_alpm	logical	.false.
lvariable_params	logical	.false.
VC_Omega_ampl	real	.0
VC_Omega_profile	character (len=labellen)	‘nothing’

Module special/meanfield_alpm_alternate.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
alpmdiff	real	0.
Beq21	real	1.
deltat_alpm	real	1.
kf_alpm	real	1.
ladvect_alpm	logical	.false.
lflux_from_Omega	logical	.false.
lupw_alpm	logical	.false.
VC_Omega_ampl	real	.0
VC_Omega_profile	character (len=labellen)	‘nothing’

Module special/meanfield_alpm_etat.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
alpmdiff	real	0.
initetam	character (len=labellen)	‘constant’
kf_alpm	real	1.
ladvect_alpm	logical	.false.
Omega_ampl	real	.0
Omega_profile	character (len=labellen)	‘nothing’

Module special/meanfield_dynamo_z.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
alpha_const	real
etadyn	real
ktestfield	real	1.
ldebug_meanfield	logical	.false.

Module special/meanfield_e_tensor.f90

The following variables are part of the special_run_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’
field_symmetry	integer	0
gamma_name	character (len=fnlen)
gamma_scale	real
interpname	character (len=fnlen)
jthreshold	real	0.3	must be > 0
kappa_floor	real	-1e-5
kappa_name	character (len=fnlen)
kappa_scale	real
lacoef	logical	.false.
lacoef_c	logical, dimension(6)
lalpha	logical	.false.
lalpha_c	logical, dimension(6)
lalt_decomp	logical	.false.
lbblimit	logical	.false.
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.
lreconstruct_tensors	logical	.false.
lregularize_beta	logical	.false.
lregularize_kappa	logical	.false.
lregularize_kappa_simple	logical	.false.
lremove_beta_negativ	logical	.false.
lsymmetrize	logical	.false.
lumean	logical	.false.
lumean_c	logical, dimension(3)
lusecoefs	logical	.false.
nsmooth_rbound	integer	0
nsmooth_thbound	integer	0
rel_eta	real	1e-3	must be > 0
rel_kappa	real	1e-3	must be > 0
umean_name	character (len=fnlen)
umean_scale	real

Module special/neutron_star.f90

The following variables are part of the neutron_star_run_pars namelist:

Variable	Type	Default	Meaning
accretion_flux	real	0.
hot_star	logical	.false.
l1D_cooling	logical	.false.
l1D_heating	logical	.false.
laccelerat_zone	logical	.false.
ldecelerat_zone	logical	.false.
leffective_gravity	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.
rho_disk	real	1.
rho_star	real	1.
star_rot	real	0.
T_disk_const	logical	.false.

Module special/newton_cooling.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
laddheatingrate	logical	.true.
taucool_floor	real	impossible

Module special/NS_polecap.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
B_dipole	real	0.
d_heating	real	0.
hcond0_kramers	real	0.
lpotekhin_cond	logical
r_polecap	real	0.
rho_bot	real	0.
rho_pow	real	3.
T_topobs	real	0.

Module special/oscillation_0D.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
om1	real
om2	real

Module special/oscillation_0D_Lorenz.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
bet	real
gam	real
rho	real

Module special/oscillation_3D.f90

The following variables are part of the oscillation_3D_run_pars namelist:

Variable	Type	Default	Meaning
modulation_fact	real	1.

Module special/param_instab.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
eps	real	0.
w_ff	real	0.

Module special/photoelectric_dust.f90

The following variables are part of the special_run_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_run_pars namelist:

Variable	Type	Default	Meaning
Bext_ampl	real	0.
dTeq_max	real	1000.
dTeqbot	real	0.	unit: [K]
dTeqtop	real	100.	unit: [K]
eta_ceiling	real	-1.
eta_floor	real	-1.
frac_sponge_r	real	0
iBext	character (len=labellen)	‘nothing’
ieta_PT	character (len=labellen)	‘nothing’
leta_planet_as_aux	logical	.false.
q_drag	real	0.0
q_sponge_r	real	0.0
t0_slow_heating	real	0.
tau_slow_heating	real	-1.

Module special/pressure_bump.f90

The following variables are part of the special_run_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_run_pars namelist:

Variable	Type	Default	Meaning
efficiency_exponent	real	0.
efficiency_prefactor	real	1.
gam_lucky	real	fourthird
lambda_star1	real	1
lMFT	logical	.false.
lrA	logical	.false.
lrB	logical	.false.
rcrit	real	0.
runit	real	1.

Module special/reaction_0D.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
betaD	real	.0
betaL	real	.0
fidelity	real	1.
kC	real	.9
km	real	.0
kp	real	.0
kR	real	.0
kX	real	.1
lautocat_correct	logical	.false.
ldebug_react	logical	.false.
react_diff	real	0.

Module special/rel_1d.f90

The following variables are part of the rel_1d_run_pars namelist:

Variable	Type	Default	Meaning
alp	real	0.
lbet_as_aux	logical	.false.
nu	real	0.

Module special/rtime_phiavg.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
B_ext	real	0.
laverage_smooth	logical	.true.
lcalc_density_pars	logical	.true.
llarge_scale_Bz	logical	.false.
lmedian_smooth	logical	.false.
rt_ext	real	impossible
rt_int	real	0.

Module special/schur_triple_decomp.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
lbij_schur	logical	.false.
lbschur_as_aux	logical	.false.
lbschur_unprojected	logical	.false.
ldiagnos_always	logical	.false.
leig_as_aux	logical	.false.
leigvec	logical	.false.	PAR_DOC: compute eigenvectors
loee_as_aux	logical	.false.
lovRR_as_aux	logical	.false.
lovSH_as_aux	logical	.false.
lQ_schur_QT	logical	.true.
luij_schur	logical	.false.
luschur_as_aux	logical	.false.
luschur_unprojected	logical	.false.
luse_complex_schur	logical	.false.

Module special/shallow_water.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
c0	real	0.
cx1	real	0.
cx1y1	real	0.
cx1y2	real	0.
cx2	real	0.
cx2y1	real	0.
cx2y2	real	0.
cy1	real	0.
cy2	real	0.
eta0	real	0.0
gamma_parameter	real	1.0
height_floor	real	-1.0
interval_between_storms	real	17.0
ladvection_base_height	logical	.true.
lautotest_mode	logical	.false.
lcalc_storm	logical	.true.
lcompression_base_height	logical	.true.
lcoriolis_force	logical	.true.
lgamma_plane	logical	.true.
ljet_reinforcement	logical	.false.
lmass_relaxation	logical	.true.
lsubsidence	logical	.true.
Omega_SB	real	1.0
r_jet_center	real	0.2
sigma_jet	real	0.03
storm_truncation_factor	real	2.2
tau_jet	real	3.0
tduration	real	17.0
tmass_relaxation	real	176.0
v_jet_peak	real	0.005

Module special/shell.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
lstructure	logical	.true.	output structure functions
nord	integer	1	order of structure function output
size_plane	integer	0
time_step_type	character (len=labellen)	‘nothing’	Shell contribution to time-step

Module special/solar_corona.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
b_tau	real	0.
Bavoid	real	0.
bb_emerg	real, dimension(3)	0.0
bmdi	real	0.
Bz_flux	real	0.
chi_hyper2	real	0.
chi_hyper3	real	0.
cool_RTV	real	0.
cool_RTV_cutoff	integer	0
cool_type	integer	5
deltaT_crit	real	0.
diffrho_hyper3	real	0.
dq	real	0.1
dt_gran	real	0.
flux_tau	real	0.
flux_type	character(len=labellen)	‘uniform’
hcond1	real	0.
hcond2	real	0.
hcond3	real	0.
heat_cool	real	0.
heat_par_exp	real, dimension(2)	(/0.,1./)
heat_par_exp2	real, dimension(2)	(/0.,1./)
heat_par_gauss	real, dimension(3)	(/0.,1.,0./)
heatamp	real	0.
heatexp	real	0.
iheattype	character(len=labellen), dimension(3)	‘nothing’
init_time	real	0.
init_time_fade_start	real	0.0
init_time_hcond	real	0.
init_time_hcond_fade_start	real	0.0
irefz	integer	n1
K_iso	real	0.
K_spitzer	real	0.
Kc	real	0.
Kgpara	real	0.
Kgpara2	real	0.
Ksat	real	0.
lconv_vel_set_to_zero	logical	.false.
ldispersion_acoustic	logical	.false.
lemerg_profx	logical	.false.
lflux_emerg_bottom	logical	.false.
lgran_parallel	logical	.false.
lgranulation	logical	.false.
lheatcond_cutoff	logical	.false.
lmassflux	logical	.false.
lnc_density_depend	logical	.false.
lnc_intrin_energy_depend	logical	.false.
lnrho_max	real	max_real
lnrho_min	real	-max_real
lnrho_min_tau	real	1.0
lntt0	real	0.
lnTT_hotplate_tau	real	1.0
lquench	logical	.false.
lset_boundary_emf	logical	.false.
lset_hotplate_lnTT	logical	.false.
lslope_limited_special	logical	.false.
luse_mag_vel_field	logical	.false.
luse_timedep_magnetogram	logical	.false.
luse_vel_field	logical	.false.
lwrite_driver	logical	.false.
mag_time_offset	real	0.0
massflux	real	0.
nc_alt	real	0.
nc_alt_rho	real	0.
nc_lnrho_num_magn	real	0.0
nc_lnrho_trans_width	real	0.0
nc_tau	real	0.
nc_tau_rho	real	0.
nc_z_max	real	0.0
nc_z_min	real	0.0
nc_z_min_trans_width	real	0.0
nc_z_trans_width	real	0.0
nglevel	integer	max_gran_levels
nwave	real, dimension(2)	(/0.,0./)
prof_type	character(len=labellen)	‘nothing’
q0	real	1.
qw	real	1.
rho_diff_fix	real	0.
swamp_chi	real	0.0
swamp_diffrho	real	0.0
swamp_eta	real	0.0
swamp_fade_end	real	0.0
swamp_fade_start	real	0.0
swamp_nu	real	0.0
T_crit	real	0.
tau_inv	real	1.
uu_drive	real, dimension(3)	0.0
uu_emerg	real, dimension(3)	0.0
uu_tau1_quench	real	0.0
vel_time_offset	real	0.0
vorticity_factor	real	5.
w_ff	real, dimension(2)	(/0.,0./)
wlntt	real	0.
z_ff	real, dimension(2)	(/0.,0./)

Module special/spiegel.f90

The following variables are part of the neutron_star_run_pars namelist:

Variable	Type	Default	Meaning
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.

Module special/stellartide.f90

The following variables are part of the special_run_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_run_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	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’
iorder_sor_solver	character (len=labellen)	‘high_order’
kappa	real	1d-6	Thermal diffusivity in m^2/s
lprint_residual	logical	.false.
lsave_residual	logical	.true.
ltemperature_advection	logical	.true.
ltemperature_diffusion	logical	.true.
ltidal_heating	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_run_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
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_sor_solver	character (len=labellen)	‘high_order’
kappa	real	1d-6	Thermal diffusivity in m^2/s
lprint_residual	logical	.false.
lsave_residual	logical	.true.
ltemperature_advection	logical	.true.
ltemperature_diffusion	logical	.true.
ltidal_heating	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_run_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.
ltemperature_advection	logical	.true.
ltemperature_diffusion	logical	.true.
ltidal_heating	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_fullmultigrid.f90

The following variables are part of the special_run_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
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
iorder_sor_solver	character (len=labellen)	‘high_order’
kappa	real	1d-6	Thermal diffusivity in m^2/s
ldirect_solver	logical	.true.
lmultigrid	logical	.true.
lprint_residual	logical	.false.
lsave_residual	logical	.true.
lsave_residual_grid	logical	.false.
lsplit_temperature	logical	.false.
ltemperature_advection	logical	.true.
ltemperature_diffusion	logical	.true.
ltidal_heating	logical	.true.
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_run_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
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’
iorder_sor_solver	character (len=labellen)	‘high_order’
kappa	real	1d-6	Thermal diffusivity in m^2/s
ldirect_solver	logical	.true.
lmultigrid	logical	.true.
lprint_residual	logical	.false.
lprint_residual_svl	logical	.false.
lsave_residual	logical	.true.
lsplit_temperature	logical	.false.
ltemperature_advection	logical	.true.
ltemperature_diffusion	logical	.true.
ltidal_heating	logical	.true.
maxit	integer	1000
n_vcycles	integer	1
npost	integer	5
npre	integer	5
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_run_pars namelist:

Variable	Type	Default	Meaning
beta_imag	real
beta_real	real
gam	real
gam_imag	real
mu_imag	real
mu_real	real
rho	real

Module special/turbpotential.f90

The following variables are part of the special_run_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_run_pars namelist:

Variable	Type	Default	Meaning
dIring	real	0.0
fring	real	0.0d0
Iring	real, save
nwid	integer	1
nwid2	integer	1
r0	real	0.2
width	real	0.02

Module special/twist_inject_delta.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
dIring	real, dimension(2)	0.0
dposx	real, dimension(2)	0.0
dtilt	real, dimension(2)	0.0
fring	real, dimension(2)	1e-3
Ilimit	real, dimension(2)	0.15
Iring	real, dimension(2), save
lring	logical	.true.
lset_boundary_emf	logical	.false.
poslimit	real, dimension(2)	0.98
posx	real, dimension(2), save
posxlimit2	real
posy	real, dimension(2)
posz	real, dimension(2)
r0	real, dimension(2)	0.2
tilt	real, dimension(2)	0.0
tstp	real, dimension(2)
width	real, dimension(2)	0.02

Module special/van_der_pol.f90

The following variables are part of the special_run_pars namelist:

Variable	Type	Default	Meaning
amp_forc	real	0.1
finalamp	real	0.025
om1	real	3.8
om_forc	real	3.8
tau	real	3.e-3

Module test_methods/testfield_axisym4.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
B_ext	real, dimension(3)	(/0.,0.,0./)
bamp	real	1.
daainit	real	0.
delta_testfield	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘linear’
ktestfield	real	1.
kxtestfield	real	1.
kytestfield	real	1.
lam_testfield	real	0.
lcalc_uumean	logical	.true.
leta_rank2	logical	.true.
lforcing_cont_aatest	logical	.false.
lignore_uxbtestm	logical	.false.
lin_testfield	real	0.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.false.
llorentzforce_testfield	logical	.false.
lphase_adjust	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_newx	logical	.true.
ltestfield_newy	logical	.true.
ltestfield_newz	logical	.true.
ltestfield_taver	logical	.false.
luxb_as_aux	logical	.false.
om_testfield	real	0.
phase_testfield	real	.0
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
tau_aatest	real	0.
testfield_zaver_range	real, dimension(2)	(/-max_real,max_real/)
zextent	logical	.true.
ztestfield_offset	real	0.

Module test_methods/testfield_compress_z.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
ampl_fcont_uutest	real	1.
bamp	real	1.
Btest_ext	real, dimension(3)	(/0.,0.,0./)
cs0test	real	1.
daainit	real	0.
damp_uxb	real	0.
delta_testfield	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘B11-B21’
itestfield_method	character (len=labellen)	‘(i)’
ktestfield	real	1.
lam_testfield	real	0.
leta_rank2	logical	.true.
lforcing_cont_aatest	logical	.false.
lforcing_cont_uutest	logical	.false.
lfprestest	logical	.true.
lignore_jxbtestm	logical	.false.
lignore_Sghtestm	logical	.false.
lignore_ughtestm	logical	.false.
lignore_ugutestm	logical	.false.
lignore_uxbtestm	logical	.false.
lin_testfield	real	0.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.true.
lphase_adjust	logical	.false.
lremove_E0	logical	.false.
lremove_F0	logical	.false.
lremove_meanaa0x_test	logical	.false.
lremove_meanaa0y_test	logical	.false.
lremove_meanuu0x_test	logical	.false.
lremove_meanuu0y_test	logical	.false.
lremove_Q0	logical	.false.
lset_bbtest2	logical	.false.
lSgh_as_aux	logical	.true.
lSghtest	logical	.true.
lsoca	logical	.false.
ltestfield_newz	logical	.true.
lugh_as_aux	logical	.true.
lugu_as_aux	logical	.true.
lugutest	logical	.true.
lupw_hhtest	logical	.false.
lupw_uutest	logical	.false.
luse_main_run	logical	.true.
luxb_as_aux	logical	.true.
lvisc_simplified_testfield	logical	.false.
lzero_only	logical	.false.
nutest	real	0.
nutest1	real	0.
om_testfield	real	0.
Omega			(not found)
phase_testfield	real	.0
reinitialize_aatest	logical	.false.
reinitialize_from_mainrun	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
rescale_hhtest	real, dimension(njtest)	0.
rescale_uutest	real, dimension(njtest)	0.
rho0test	real	1.
zextent	logical	.true.

Module test_methods/testfield_nonlin_z.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
ampl_fcont_aatest	real	1.
ampl_fcont_uutest	real	1.
bamp	real	1.
Btest_ext	real, dimension(3)	(/0.,0.,0./)
daainit	real	0.
delta_testfield	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘B11-B21’
itestfield_method	character (len=labellen)	‘(i)’
ktestfield	real	1.
lam_testfield	real	0.
leta_rank2	logical	.true.
lforcing_cont_aatest	logical	.false.
lforcing_cont_uutest	logical	.false.
lignore_jxbtestm	logical	.false.
lignore_ugutestm	logical	.false.
lignore_uxbtestm	logical	.false.
lin_testfield	real	0.
linit_aatest	logical	.false.
linitialize0_from_mainrun	logical
ljxb_as_aux	logical	.false.
lphase_adjust	logical	.false.
lremove_E0	logical
lremove_F0	logical
lremove_mean_flow_NLTFM_all	logical	.false.
lremove_mean_flow_NLTFM_zero	logical	.false.
lremove_zmeans_NLTFM_zero	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_newz	logical	.true.
lugu	logical	.true.
lugu_as_aux	logical	.false.
lupw_uutest	logical	.false.
luse_main_run	logical	.true.
luxb_as_aux	logical	.false.
lvisc_simplified_testfield	logical	.false.
nutest	real	0.
nutest1	real	0.
om_testfield	real	0.
Omega			(not found)
phase_testfield	real	.0
reinitialize_aatest	logical	.false.
reinitialize_from_mainrun	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
rescale_uutest	real, dimension(njtest)	0.
zextent	logical	.true.

Module test_methods/testfield_x.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
B_ext	real, dimension(3)	(/0.,0.,0./)
bamp	real	1.
daainit	real	0.
etatest	real	0.
etatest1	real	0.
itestfield	character (len=labellen)	‘B11-B21’
ktestfield	real	1.
lignore_uxbtestm	logical	.false.
linit_aatest	logical	.false.
ljxb_as_aux	logical	.false.
lset_bbtest2	logical	.false.
lsoca	logical	.false.
lsoca_jxb	logical	.true.
ltestfield_newx	logical	.true.
luxb_as_aux	logical	.false.
reinitialize_aatest	logical	.false.
rescale_aatest	real, dimension(njtest)	0.
zextent	logical	.true.

Module test_methods/testfield_xy.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
B_ext			(not found)
daainit			(not found)
etatest			(not found)
itestfield			(not found)
ktestfield_x	real	1.
ktestfield_y	real	1.
lflucts_with_xyaver	logical	.false.
linit_aatest			(not found)
lsoca			(not found)
reinitialize_aatest			(not found)
rescale_aatest			(not found)
xx0	real	0.
yy0	real	0.

Module test_methods/testfield_xz.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
B_ext			(not found)
daainit			(not found)
etatest			(not found)
itestfield			(not found)
ktestfield_x	real	1.
ktestfield_z	real	1.
lflucts_with_xyaver	logical	.false.
linit_aatest			(not found)
lsoca			(not found)
reinitialize_aatest			(not found)
rescale_aatest			(not found)
xx0	real	0.
zz0	real	0.

Module test_methods/testfield_z.f90

The following variables are part of the testfield_run_pars namelist:

Variable	Type	Default	Meaning
alpha_incoh_tens	real, dimension(3,3)	0.
alpha_incoherent	real	0.
ampl_fcont_aatest			(not found)
B_ext			(not found)
bamp			(not found)
chiraltest	real	0.
daainit			(not found)
delta_testfield			(not found)
eta_incoh_tensor	real, dimension(3,3)	0.
etatest			(not found)
etatest1			(not found)
etatest_hyper3			(not found)
iresistivity_test			(not found)
itestfield			(not found)
ktestfield	real	1.
lalpha_incoh_tens	logical	.false.
lalpha_incoherent	logical	.false.
lam_testfield			(not found)
leta_incoh_tensor	logical	.false.
leta_rank2			(not found)
lforcing_cont_aatest			(not found)
lignore_uxbtestm			(not found)
lin_testfield			(not found)
linit_aatest			(not found)
ljxb_as_aux			(not found)
llorentzforce_testfield	logical	.false.
lphase_adjust	logical	.false.
lsoca			(not found)
lsoca_jxb			(not found)
ltest_jxb	logical	.false.
ltest_uxb	logical	.false.
ltestfield_newz	logical	.true.
ltestfield_taver			(not found)
luxb_as_aux			(not found)
om_testfield			(not found)
reinitialize_aatest			(not found)
rescale_aatest			(not found)
tau_aatest			(not found)

Module test_methods/testscalar.f90

The following variables are part of the testscalar_run_pars namelist:

Variable	Type	Default	Meaning
camp	real	1.
dccinit	real	0.
delta_testscalar	real	0.
itestscalar	character (len=labellen)	‘G1-G2’
kappatest	real	0.
kappatest1	real	0.
ktestscalar	real	1.
kxtestscalar	real	1.
kytestscalar	real	1.
lam_testscalar	real	0.
lignore_ugtestm	logical	.false.
linit_cctest	logical	.false.
lset_cctest2	logical	.false.
lsoca_ug	logical	.false.
ltestscalar_newx	logical	.false.
ltestscalar_newz	logical	.true.
ltestscalar_per_unitvolume	logical	.false.
lug_as_aux	logical	.false.
om_testscalar	real	0.
reinitialize_cctest	logical	.false.
rescale_cctest	real, dimension(njtestscalar)	0.
zextent	logical	.true.

Module test_methods/testscalar_axisym.f90

The following variables are part of the testscalar_run_pars namelist:

Variable	Type	Default	Meaning
camp	real	1.
dccinit	real	0.
delta_testscalar	real	0.
itestscalar	character (len=labellen)	‘G1-G2’
kappatest	real	0.
kappatest1	real	0.
ktestscalar	real	1.
kxtestscalar	real	1.
kytestscalar	real	1.
lam_testscalar	real	0.
lignore_ugtestm	logical	.false.
linit_cctest	logical	.false.
lset_cctest2	logical	.false.
lsoca_ug	logical	.false.
ltestscalar_newx	logical	.false.
ltestscalar_newz	logical	.true.
ltestscalar_per_unitvolume	logical	.false.
lug_as_aux	logical	.false.
om_testscalar	real	0.
reinitialize_cctest	logical	.false.
rescale_cctest	real, dimension(njtestscalar)	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_run_pars namelist:

Variable	Type	Default	Meaning
camp	real	1.
dccinit	real	0.
delta_testscalar	real	0.
itestscalar	character (len=labellen)	‘G1-G2’
kappatest	real	0.
kappatest1	real	0.
ktestscalar	real	1.
kxtestscalar	real	1.
kytestscalar	real	1.
lam_testscalar	real	0.
lignore_ugtestm	logical	.false.
linit_cctest	logical	.false.
lset_cctest2	logical	.false.
lsoca_ug	logical	.false.
ltestscalar_newx	logical	.false.
ltestscalar_newz	logical	.true.
ltestscalar_per_unitvolume	logical	.false.
lug_as_aux	logical	.false.
om_testscalar	real	0.
reinitialize_cctest	logical	.false.
rescale_cctest	real, dimension(njtestscalar)	0.
zextent	logical	.true.