#	Runtime parameters for the magnetic rotator problem.

#		Size of computational volume

Nblockx = 1
Nblocky = 1
Nblockz = 1

xmin		= -15.
xmax		= 15.

ymin		= -15.
ymax		= 15.

zmin            = 0.
zmax		= 30.

#		Boundary conditions

xl_boundary_type = "outflow"
xr_boundary_type = "outflow"
yl_boundary_type = "outflow"
yr_boundary_type = "outflow"
zl_boundary_type = "reflecting"
zr_boundary_type = "outflow"

#	        Parameters for initial model

rho_disk	= 10.0
rho_amb		= 1.0
#B_z		= 0.282095
B_z             = 0.0
z_disk		= 1.0
r_disk		= 5.0
omega_disk	= 1.0
const_press	= 0.00006

#		Specific heats ratio

gamma           = 1.6666666667

#               Turn off dual energy formulation.

eint_switch     = 0.0

#	Simulation (grid, time, I/O) parameters

dtini           = 1.e-3
dtmin		= 1.e-3

lrefine_min	= 2
lrefine_max     = 4

restart         = .false.
CPNumber        = 0
basenm          = "MagRot_l5_"
log_file        = "MagRot_l5.log"
run_comment     = "Magnetic Rotator Problem"

plot_var_1      = "dens"
plot_var_2      = "pres"
plot_var_3      = "velx"
plot_var_4      = "vely"
plot_var_5      = "velz"
plot_var_6      = "magx"
plot_var_7      = "magy"
plot_var_8      = "magz"


tplot		= 1.0
trstrt          = 5.0

nrstrt		= 9999999
nend            = 9999999
wall_clock_checkpoint = 9999999

tmax            = 5.0


#	MHD parameters

cfl		= 1.0
killdivb        = .FALSE.