#[]
#dimensions:    time, level, y1, x1
#units:         
#long_name:     
#data:          
#factor:        

# setup for code generator
[VARSET]
# prefix of the generated module
name:     glide
# f90 type containing all necessary data
datatype: glide_global_type   
# module where type is defined
datamod:  glide_types     

[x0]
dimensions:    x0
units:         meter
long_name:     Cartesian x-coordinate, velocity grid
axis:          X
data:          data%general%x0
dimlen:        model%general%ewn-1

[y0]
dimensions:    y0
units:         meter
long_name:     Cartesian y-coordinate, velocity grid
axis:          Y
data:          data%general%y0
dimlen:        model%general%nsn-1

[x1]
dimensions:    x1
units:         meter
long_name:     Cartesian x-coordinate
axis:          X
data:          data%general%x1
dimlen:        model%general%ewn
load:1

[y1]
dimensions:    y1
units:         meter
long_name:     Cartesian y-coordinate
axis:          Y
data:          data%general%y1
dimlen:        model%general%nsn
load:1

[level]
dimensions:    level
units:         1
long_name:     sigma layers
standard_name: land_ice_sigma_coordinate
#formula_terms: sigma: level topo: topg thick: thk
positive:      down
dimlen:        model%general%upn

[lat]
dimensions:    time, y1, x1
units:         degreeN
long_name:     latitude
data:          data%climate%lati
load:          1
standard_name: latitude

[lon]
dimensions:    time, y1, x1
units:         degreeE
long_name:     longitude
data:          data%climate%loni
load:          1
standard_name: longitude

[relx]
dimensions:    time, y1, x1
units:         meter
long_name:     relaxed bedrock topography
data:          data%isos%relx
factor:        thk0
load:          1
hot:           1
coordinates:   lon lat

[eus]
dimensions:    time
units:         meter
long_name:     global average sea level
data:          data%climate%eus
factor:        thk0
standard_name: global_average_sea_level_change

[slc]
dimensions:    time, y1, x1
units:         meter
long_name:     isostatic adjustment
data:          data%isos%relx-data%geometry%topg
factor:        thk0
standard_name: bedrock_altitude_change_due_to_isostatic_adjustment
coordinates:   lon lat

[uflx]
dimensions:    time, y0, x0
units:         meter2/year
long_name:     flux in x direction
data:          data%velocity%uflx
factor:        scale2d_f2

[vflx]
dimensions:    time, y0, x0
units:         meter2/year
long_name:     flux in x direction
data:          data%velocity%vflx
factor:        scale2d_f2

[diffu]
dimensions:    time, y0, x0
units:         meter2/year
long_name:     apparent diffusivity
data:          data%velocity%diffu
factor:        scale2d_f4

[btrc]
dimensions:    time, y0, x0
units:         meter/pascal/year
long_name:     basal slip coefficient
data:          data%velocity%btrc
factor:        scale2d_f6

[soft]
dimensions:    time, y0, x0
units:         meter/pascal/year
long_name:     bed softness parameter
data:          data%velocity%bed_softness
factor:        scale2d_f6
load:          1

[ubas]
dimensions:    time, y0, x0
units:         meter/year
long_name:     basal slip velocity in x direction
data:          data%velocity%ubas
factor:        scale2d_f5
standard_name: land_ice_basal_x_velocity
load:          1
average:       1

[vbas]
dimensions:    time, y0, x0
units:         meter/year
long_name:     basal slip velocity in y direction
data:          data%velocity%vbas
factor:        scale2d_f5
standard_name: land_ice_basal_y_velocity
load:          1
average:       1

[taux]
dimensions:    time, y0, x0
units:         kilopascal
long_name:     basal shear stress in x direction
data:          data%velocity%tau_x
factor:        1e-3*thk0*thk0/len0

[tauy]
dimensions:    time, y0, x0
units:         kilopascal
long_name:     basal shear stress in y direction
data:          data%velocity%tau_y
factor:        1e-3*thk0*thk0/len0

[thk]
dimensions:    time, y1, x1
units:         meter
long_name:     ice thickness
data:          data%geometry%thck
factor:        thk0
load:          1
standard_name: land_ice_thickness
hot:           1
coordinates:   lon lat

[calving]
dimensions:    time, y1, x1
units:         meter
long_name:     ice margin calving
data:          data%climate%calving
factor:        thk0
coordinates:   lon lat

[ivol]
dimensions:    time
units:         km3
factor:        thk0*len0*len0*1.e-9
long_name:     ice volume
data:          data%geometry%ivol

[iarea]
dimensions:    time
units:         km2
long_name:     area covered by ice 
factor:        len0*len0*1.e-6
data:          data%geometry%iarea

[thkmask]
dimensions:    time, y1, x1
long_name:     mask
units:         1
data:          data%geometry%thkmask
type:          int
coordinates:   lon lat
hot:           1

[usurf]
dimensions:    time, y1, x1
units:         meter
long_name:     ice upper surface elevation
data:          data%geometry%usrf
factor:        thk0
load:          1
standard_name: surface_altitude
coordinates:   lon lat

[lsurf]
dimensions:    time, y1, x1
units:         meter
long_name:     ice lower surface elevation
data:          data%geometry%lsrf
factor:        thk0
coordinates:   lon lat

[topg]
dimensions:    time, y1, x1
units:         meter
long_name:     bedrock topography
data:          data%geometry%topg
factor:        thk0
load:          1
standard_name: bedrock_altitude
hot:           1
coordinates:   lon lat

[acab]
dimensions:    time, y1, x1
units:         meter/year
long_name:     accumulation, ablation rate
data:          data%climate%acab
factor:        scale2d_f1
standard_name: land_ice_surface_specific_mass_balance
coordinates:   lon lat
average:       1

[bheatflx]
dimensions:    time, y1, x1
units:         watt/meter2
long_name:     basal heat flux
data:          data%temper%bheatflx
load:          1
hot:           1
coordinates:   lon lat

[bmlt]
dimensions:    time, y1, x1
units:         meter/year
long_name:     basal melt rate
data:          data%temper%bmlt
factor:        scale2d_f1
standard_name: land_ice_basal_melt_rate
hot:           1
coordinates:   lon lat
average:       1

[bwat]
dimensions:    time, y1, x1
units:         meter
long_name:     basal water depth
data:          data%temper%bwat
factor:        thk0
hot:           1
coordinates:   lon lat

[artm]
dimensions:    time, y1, x1
units:         degree_Celsius
long_name:     annual mean air temperature
data:          data%climate%artm
standard_name: surface_temperature
cell_methods:  time: mean
coordinates:   lon lat

[btemp]
dimensions:    time, y1, x1
units:         degree_Celsius
long_name:     basal ice temperature
data:          data%temper%temp(data%general%upn,1:data%general%ewn,1:data%general%nsn)
standard_name: land_ice_temperature
coordinates:   lon lat

[dusrfdtm]
dimensions:    time, y1, x1
units:         meter/year
long_name:     rate of upper ice surface elevation change
data:          data%geomderv%dusrfdtm
factor:        scale2d_f1
coordinates:   lon lat

[uvel]
dimensions:    time, level, y0, x0
units:         meter/year
long_name:     ice velocity in x direction
data:          data%velocity%uvel(up,:,:)
factor:        scale3d_f1
standard_name: land_ice_x_velocity
hot:           1

[vvel]
dimensions:    time, level, y0, x0
units:         meter/year
long_name:     ice velocity in y direction
data:          data%velocity%vvel(up,:,:)
factor:        scale3d_f1
standard_name: land_ice_y_velocity
hot:           1

[wvel]
dimensions:    time, level, y1, x1
units:         meter/year
long_name:     vertical ice velocity
data:          data%velocity%wvel(up,:,:)
factor:        scale3d_f7
coordinates:   lon lat

[wgrd]
dimensions:    time, level, y1, x1
units:         meter/year
long_name:     Vertical grid velocity 
data:          data%velocity%wgrd(up,:,:)
factor:        scale3d_f7
coordinates:   lon lat
hot:           1

[flwa]
dimensions:    time, level, y1, x1
units:         pascal/year
long_name:     Pre-exponential flow law parameter
data:          data%temper%flwa(up,:,:)
factor:        scale3d_f8
hot:           1
coordinates:   lon lat

[temp]
dimensions:    time, level, y1, x1
units:         degree_Celsius
long_name:     ice temperature
data:          data%temper%temp(up,1:data%general%ewn,1:data%general%nsn)
standard_name: land_ice_temperature
hot:           1
coordinates:   lon lat


[init_phaml]
dimensions:    time, y1, x1
units:         meter
long_name:     phaml initial conditions
data:          data%phaml%init_phaml
standard_name: phaml_initial_conditions
load:          1
hot:           0
coordinates:   lon lat

[phaml]
dimensions:    time, y1, x1
units:         meter
long_name:     phaml true solution
data:          data%phaml%uphaml
standard_name: phaml_solution
load:          1
hot:           0
coordinates:   lon lat