#---------- wmap2dp fixed parameter file --------------------
# Spatial dimension
dim := 1
# Number of time steps stored, during evolution step 1 -> np1, 2 -> n
num_evo_tl := 2
# Which time level is identified as initial for purposes of initial data computation
ic_n := 2

# Number and names of variables (grid functions) that have evolution equations
num_hyperbolic_vars := 2
hyperbolic_vars := [ "ph" "pi" ]

# No elliptic equations in this case
num_elliptic_vars_t0 := 0
num_MG_cnst_data_vars := 0
num_elliptic_vars := 0

# Number and names of "derived" (work) variables that are to be defined on the AMR hierarchy
num_AMRH_work_vars := 3
AMRH_work_vars := [ "ph_res" "pi_res" "rh" ]

# Again, no elliptic equations here
num_MGH_work_vars := 0

# Application name
app_name := ["1d (equivariant) wave map"]

# Number of ghost points in each of the coordinate directions used for the purposes of 
# parallelization via rectangular domain decomposition with overlaps
ghost_width := [2]

# Initial time
t0 := 0

# Number and names of variables to be injected from child to parent grids at 
# synchronization times
num_amr_inject := 2
amr_inject := [ "ph" "pi" ]

# Number and names of variables to have ghost-region-values synchronized
num_amr_sync := 2
amr_sync := [ "ph" "pi" ]

# Number and names of variables whose boundary values are set via fourth order 
# spatial interpolation and second order temporal interpolation of parent-grid values
num_amr_interp4 := 2
amr_interp4 := [ "ph" "pi" ]

# Number and names of variables that are initialized on a new fine grid either by 
# transfer of extant fine grid values, or via fourth order spatial interpolation
# of coarse grid (parent) values
num_amr_transfer4 := 2
amr_transfer4 := [ "ph" "pi" ]

# Number and names of variables that are smoothed via KO fourth-order dissipation 
# before a time step begins (level n values)
num_tn_diss_vars := 2
tn_diss_vars := [ "ph" "pi" ]

# Number and names of variables that are smoothed via KO fourth-order dissipation 
# following a regrid
num_rg_diss_vars := 2
rg_diss_vars := [ "ph" "pi" ]
#-----------------------------------------------------