#Specification about file format are below
#(1)Comments starts with # sign
#(2)Name and value pair should be written in same line  as name = value
#(3)Max line length = 128 characters
#(4)Name and value are case insensitive
#(5)Order of the listing is not important
#(6)Set flags as 0 for false, and 1 for true.

#Experiment name: an output folder will be created.
exp_name    = test

#No of interior grid points
ni          = 64
nj          = 64
nk          = 32

#Domain size in meters
Lx          = 2000
Ly          = 2000
H           = 1000

#Spatial res is determined from number of grid points
# and domain size.

#Simulation time as sum of hrs, min, seconds
sim_hrs     = 0
sim_mins    = 0
sim_secs    = 40
#time step
dt          = 0.1

#Diffusion coefficients
Kth         = 50
Kvel        = 50
Kqw         = 50

#Speed of sound
Cs          = 50

#Divergence damping factor
alpha_damp_factor = 0.01

#Pressure
press_bot   = 100000
#Same pressure in the domain 0->false, 1-> true,
same_press  = 1

#==boundary condtions top and bottom surfaces
theta_bot   = 298
theta_top   = 278
#qw = 0 for insulated , 1 for saturated,  0 < value < 1 for fraction  of saturation as flux
qw_bot      = 1
qw_top      = 1

#===boundary condtions for side wall
#w/o side wall, the sides will have periodic boundary
side_wall   = 1

#Following parameter are applied if side wall = 1 else ignored
#Theta_swall= 0 for insulated side wall
#qw_swall   = -1 for sink, 0 for insulated , 1 for saturated,  0 < value < 1 for fraction of saturated flux
theta_swall = 288
qw_swall    = 0

#===boundary conditions for velocities
# 0 => free slip , 1=> no slip
free_slip   = 0

#output interval in seconds
output_intvl    = 10
#Print xy and xz slices 0-> no; 1->yes
print_slices    = 0

#Histogram bins
n_theta_bins    =100
n_qv_bins       =100
n_super_sat_bins=100