parameters for cyl2d

idstr := "gts"

###############################################################################
# The line which follows this comment block defines output at every 
# time step: '*' evaluates to the number of time steps (iter).  
# Thus, this is eqivalent to 'rmod := 1' in the old scheme.  
# The right hand side of the assignment is an example of an 'index vector', 
# or 'ivec' for short.  Ivec syntax provides a shorthand for providing
# output at general times; the generic index vector is defined by 
#
# <group>[,<group>,<group> ... ,<group>]
#
# where '[ ]' means optional, but the commas are needed.  A <group> 
# is similar to a fortran do-triple: it specifies a vector of 
# integers (indexes) defined by an initial index, a final index
# (which defaults to the initial one) and an increment (step) 
# which defaults to 1.  The syntax for a <group> is 
#
# <initial>[-<final>/<increment>]
#
# where <initial>, <final> and <increment> are integer-valued.
#
# Examples                        Grid function output at time steps
# 
# output := 0-*                   0, 1, 2, ... iter
# output := 0-*/10                0, 10, 20, ... 
# output := 0-*/20,60-63          0, 20, 40, 60, 61, 62, 63, 80, ...
# output := 200                   200 
#
# NOTE: All output time steps are specified relative to the level-0
# computation.  Index vectors are adjusted on finer levels to produce 
# output at the same integration times which are output on level-0.
###############################################################################

output := 0-*

amp   := 1
r0    := 15.0
delta := 1.0
rho0  := 1
z0    := 0.5

tag    := "2d_"
lambda := .25

epsdis := 0.5

Nrho0  := 16
Nz0    := 32

rhomin := 0
rhomax := 20
zmin   := -20
zmax   := 20

ser  := 0
fout := 1
iter := 150
epsiter := 1.0e-6

in_file := "in0.hdf"
out_file := "out0.hdf"
level:=0