# ==================================================
#
# REGION SETTINGS
#
# comment lines start with '#'
# each parameter line starts with 'parameter name:'
#
# ==================================================

# Define map globally with "zoom" (true) or regionally (false)
usezoom:    .true.

# Use prior fluxes
# weight surface influnce by annual fluxes (true/false)
useflux:    .true.

# Use land use
# aggregate gridcells with > 99% water (true/false)
uselanduse: .true.

# Cut-off fractile
# upper fractile of the sensitivity used to define threshold
cutoff:     0.2

# Number of resolution steps (integer)
nmap:       4

# Resolution steps (integer vector of length nmap)
# e.g. if flexpart resolution is 0.5 degree then: mapdec = 1,2,2
# will give 3 resolution steps:
# 1) 2 x 2 x 1 x 0.5 = 2 degrees
# 2) 2 x 1 x 0.5 = 1 degree
# 3) 1 x 0.5 = 0.5 degree  
mapdec:     1,2,2,2

# If usezoom is true
# zllx = lon of western edge of zoom domain
# zlly = lat of southern edge zoom domain
# zurx = lon of eastern edge of zoom domain
# zury = lat of northern edge of zoom domain
zllx:       -12
zlly:        38
zurx:        28
zury:        70

# Optional: snow-ice mask file
# needs to correspond to flexpart domain and resolution (if using nested output needs to correspond to nest)
file_ice:     
varname_ice:  
lonname_ice:  
latname_ice: