% Example compile-time options:
%  (HYDRO_MESHLESS_FINITE_MASS is optional, replace with your
%   choice of hydro/mhd options)
%
%        HYDRO_MESHLESS_FINITE_MASS
%        BOX_PERIODIC
%        MAGNETIC
%        MHD_B_SET_IN_PARAMS
%
% Also the parameters below are usually recommended (but not necessary)
%
%        PMGRID=128 
%        MULTIPLEDOMAINS=16
%        ADAPTIVE_GRAVSOFT_FORGAS
%
% The methods paper includes two versions of this test, with 'weak' and 'strong' 
%   initial fields. This corresponds to setting BiniY=0.05517 or BiniY=3.395, 
%   respectively. So change the example value below to reproduce both limits.
%
InitCondFile                       zeldovich_mhd_ics
OutputDir                          output
TimeBegin                          0.047619
TimeMax                            1
ComovingIntegrationOn              1
Omega_Matter                       1
Omega_Lambda                       0
Omega_Baryon                       1
HubbleParam                        1
BoxSize                            1
TimeOfFirstSnapshot                0.047619
ScaleFac_Between_Snapshots         1.15
MaxSizeTimestep                    0.01
DesNumNgb                          32
BiniX                              0
BiniY                              3.395
BiniZ                              0
UnitLength_in_cm                   1.97483e+26
UnitMass_in_g                      1.44759e+50
UnitVelocity_in_cm_per_s           3.6e+09
UnitMagneticField_in_gauss         5.53268e-05
SofteningGas                       0.00015
Softening_Type1                    0 % no DM (OmegaBaryon=1); otherwise set this!
Softening_Type2                    0 % no type-2 particles
Softening_Type3                    0 % no type-3 particles
Softening_Type4                    0 % no type-4 (newly-formed star) particles
Softening_Type5                    0 % no type-5 (blackhole) particles
SofteningGasMaxPhys                0.00015
Softening_Type1_MaxPhysLimit       0
Softening_Type2_MaxPhysLimit       0
Softening_Type3_MaxPhysLimit       0
Softening_Type4_MaxPhysLimit       0
Softening_Type5_MaxPhysLimit       0
MinGasTemp                         1e-20
MinGasHsmlFractional               1