netcdf 64-bit offset (CDF-2) {
dimensions:
	lon = 192 ;
	lat = 96 ;
	nhgl = 48 ;
	nlevp1 = 48 ;
	spc = 2080 ;
	nvclev = 48 ;
	complex = 2 ;
	nmp1 = 64 ;
	lev = 47 ;
	ilev = 48 ;
	surface = 1 ;
	height2m = 1 ;
	height10m = 1 ;
	landpoint = 6222 ;
	lct = 21 ;
	tiles = 11 ;
	root_zone = 1 ;
	soil_layer = 5 ;
	snow_layer = 5 ;
	belowsurface = 5 ;
	canopy_layer = 3 ;
	n2 = 2 ;
// global attributes:
		:file_type = "Restart history file (restart_HIPPO_r025i1420p1f1325_16431231234500_jsbach.nc)" ;
		:source_type = "IEEE" ;
		:history = "" ;
		:user = " Franke, Jörg (franke) on anode040" ;
		:created = " Date - 20210303 Time - 073615" ;
		:label_1 = " Atmospheric model version 6.3.05" ;
		:label_2 = " Library 23-Aug-2018" ;
		:label_3 = " Lin & Rood ADVECTION is default" ;
		:label_4 = " Modified ECMWF physics" ;
		:label_5 = " Using PSrad/RRTMG radiation" ;
		:label_6 = " Date - 20210303 Time - 073615" ;
		:label_7 = " Franke, Jörg (franke) on anode040" ;
		:label_8 = " Linux 3.10.0-1127.19.1.el7.x86_64 x86_64" ;
		:fdate = 14200101 ;
		:ftime = 0 ;
		:vdate = 16431231 ;
		:vtime = 235230 ;
		:spherical_truncation_n = 63 ;
		:spherical_truncation_m = 63 ;
		:spherical_truncation_k = 63 ;
		:nstep = 15708478 ;
		:timestep = 450.0 ;
		:land_fraction_global = 0.2871343607411931 ;
variables:
	double landseamask(lat, lon) ;
	double snow_melt_inst(tiles, landpoint) ;
	double cover_fract_pot(tiles, landpoint) ;
	double cover_fract(tiles, landpoint) ;
	double albedo(tiles, landpoint) ;
	double albedo_vis(tiles, landpoint) ;
	double albedo_nir(tiles, landpoint) ;
	double elevation(landpoint) ;
	double orography_std_dev(landpoint) ;
	double forest_fract(landpoint) ;
	double veg_ratio(tiles, landpoint) ;
	double veg_ratio_max(landpoint) ;
	double soil_ice_content(tiles, belowsurface, landpoint) ;
	double swdown_acc(landpoint) ;
	double swdown_reflect_acc(landpoint) ;
	double land_fract(landpoint) ;
	double swdown_absorb_nosno_acc(landpoint) ;
	double albedo_vis_nosno_tiles(tiles, landpoint) ;
	double albedo_nir_nosno_tiles(tiles, landpoint) ;
	double surface_temperature(tiles, landpoint) ;
	double surface_temperature_old(tiles, landpoint) ;
	double surface_temp_unfiltered(tiles, landpoint) ;
	double surface_radiative_temp(tiles, landpoint) ;
	double surface_qsat(tiles, landpoint) ;
	double ground_heat_flux_inst(tiles, landpoint) ;
	double ground_heat_flux(tiles, landpoint) ;
	double heat_capacity(tiles, landpoint) ;
	double evapotranspiration_inst(tiles, landpoint) ;
	double evapotranspiration(tiles, landpoint) ;
	double evaporation_pot_inst(tiles, landpoint) ;
	double sensible_heat_flux_inst(tiles, landpoint) ;
	double sensible_heat_flux(tiles, landpoint) ;
	double latent_heat_flux_inst(tiles, landpoint) ;
	double latent_heat_flux(tiles, landpoint) ;
	double skin_reservoir(tiles, landpoint) ;
	double soil_moisture(tiles, landpoint) ;
	double rel_soil_moisture(tiles, landpoint) ;
	double snow(tiles, landpoint) ;
	double snow_fract(tiles, landpoint) ;
	double wetskin_fract(tiles, landpoint) ;
	double snow_accumulation(tiles, landpoint) ;
	double snow_melt(tiles, landpoint) ;
	double runoff(tiles, landpoint) ;
	double drainage(tiles, landpoint) ;
	double glacier_depth(tiles, landpoint) ;
	double glacier_precip_minus_evap(tiles, landpoint) ;
	double glacier_runoff(tiles, landpoint) ;
	double soil_temperature(tiles, belowsurface, landpoint) ;
	double c_soil_temp_coef(tiles, belowsurface, landpoint) ;
	double d_soil_temp_coef(tiles, belowsurface, landpoint) ;
	double dry_static_energy_new(tiles, landpoint) ;
	double csat(landpoint) ;
	double cair(landpoint) ;
	double csat_transpiration(landpoint) ;
	double transpiration_inst(tiles, landpoint) ;
	double transpiration(tiles, landpoint) ;
	double snow_age(landpoint) ;
	double water_storage_pre(landpoint) ;
	double water_balance(landpoint) ;
	double bare_soil_evaporation(landpoint) ;
	double snow_evaporation(landpoint) ;
	double skin_evaporation(landpoint) ;
	double reduced_evaporation(landpoint) ;
	double precip_acc(landpoint) ;
	double layer_moisture(soil_layer, landpoint) ;
	double qair_acc(tiles, landpoint) ;
	double z0m(landpoint) ;
	double z0h(landpoint) ;
	double evaporation_deficit(landpoint) ;
	double canopy_cond_bethy(tiles, landpoint) ;
	double canopy_cond_limited(tiles, landpoint) ;
	double lai(tiles, landpoint) ;
	double lai_max(tiles, landpoint) ;
	double snow_depth_canopy(tiles, landpoint) ;
	double zril_old(landpoint) ;
	double snow_fract_canopy(tiles, landpoint) ;
	double veg_height(tiles, landpoint) ;
	double canopy_conductance(tiles, landpoint) ;
	double CO2_conc_leaf(tiles, landpoint) ;
	double net_assimilation_acc(tiles, landpoint) ;
	double fapar(tiles, landpoint) ;
	double gross_assimilation_acc(tiles, landpoint) ;
	double dark_respiration_acc(tiles, landpoint) ;
	double max_carbox_rate(tiles, landpoint) ;
	double max_e_transport_rate(tiles, landpoint) ;
	double carbox_rate(tiles, landpoint) ;
	double e_transport_rate(tiles, landpoint) ;
	double gross_assimilation_inst(tiles, landpoint) ;
	double dark_respiration_inst(tiles, landpoint) ;
	double lai_layer(tiles, canopy_layer, landpoint) ;
	double canopy_conductance_layer(tiles, canopy_layer, landpoint) ;
	double gross_assimiliation_layer(tiles, canopy_layer, landpoint) ;
	double dark_respiration_layer(tiles, canopy_layer, landpoint) ;
	double surface_temperature_acc(tiles, landpoint) ;
	double max_carbox_rate_layer(tiles, canopy_layer, landpoint) ;
	double max_e_transport_rate_layer(tiles, canopy_layer, landpoint) ;
	double carbox_rate_layer(tiles, canopy_layer, landpoint) ;
	double e_transport_rate_layer(tiles, canopy_layer, landpoint) ;
	double faPAR_layer(tiles, canopy_layer, landpoint) ;
	double canopy_conductance_unlimited(tiles, landpoint) ;
	double CO2_conc_leaf_acc(tiles, landpoint) ;
	double CO2_conc_leaf_unlimited_acc(tiles, landpoint) ;
	double apar_acc(tiles, landpoint) ;
	double par_acc(tiles, landpoint) ;
	double CO2_flux_net(landpoint) ;
	double CO2_flux_herbivory(landpoint) ;
	double CO2_emission_landcover_change(landpoint) ;
	double CO2_emission_harvest(landpoint) ;
	double CO2_flux_dynveg(landpoint) ;
	double lat(lat) ;
	double lon(lon) ;
	double landpoint(landpoint) ;
	double vct_a(nvclev) ;
	double vct_b(nvclev) ;
// lat: first 88.57216851400727, last -88.57216851400727, count 96
// lon: first 0.0, last 358.125, count 192
// landpoint: first 730.0, last 18432.0, count 6222
}