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

# Input flux:
# midpoints (logical) lon/lat coordinates are grid cell midpoints?
# coeff = factor to convert from input to output units
# nx_in = number of longitudinal grid cells
# ny_in = number of latitudinal grid cells
# ntime = number of time steps
# timeref = ref date if timestamp is julian days (yyyymmdd) otherwise 0
# timestamp = sec or month (if julian days and timeref is not 0 this is ignored)
file_in:      /mypath/TEST_INPUT/FLUXES/GHG/CH4_TOTAL_2012_05x05.nc
varname_in:   emisch4
lonname_in:   longitude
latname_in:   latitude
timename_in:  time
midpoints:    .true.
coeff:        1.
nx_in:        720
ny_in:        360
ntime:        12
indextime:    1
timeref:      19000101
timestamp:

# Output flux:
# year  = year for timestamp
# nx_out = number of longitudinal grid cells
# ny_out = number of latitudinal grid cells
# dx_out = longitudinal resolution
# dy_out = latitudinal resolution
# ntime_out = number of time steps
# llx_out = left longitude of domain
# lly_out = lower latitude of domain
file_out:     /mypath/TEST_OUTPUT/FLUXES/GHG/CH4_TOTAL_2012_10x10.nc
varname_out:  emisch4
varunit:      kgC/m2/h
lonname_out:  longitude
latname_out:  latitude
timename_out: time
year:         2012
nx_out:       360
ny_out:       180
dx_out:       1.0
dy_out:       1.0
ntime_out:    12
llx_out:      -180
lly_out:      -90

# Monthly scalars:
# one file with monthly temporal resolution containing
# scalars for the annual fluxes in each grid cell
# spatial resolution must be the same as file_in
file_scalar: 
varname_scalar:
lonname_scalar:
latname_scalar:
timename_scalar: