Model variables#

The variable meta-data (i.e., all instances of Variable) are available in a dictionary as the attribute VerosState.var_meta. The actual data arrays are attributes of VerosState.variables:

state.variables.psi  # data array for variable psi
state.var_meta["psi"]  # metadata for variable psi

Variable class#

class veros.variables.Variable(name, dims, units='', long_description='', dtype=None, time_dependent=True, scale=1.0, write_to_restart=False, extra_attributes=None, mask=None, active=True, initial=None)[source]#: Bases: object

Available variables#

There are two kinds of variables in Veros. Main variables are always present in a simulation, while conditional variables are only available if their respective condition is True at the time of variable allocation.

Attributes:: : Time-dependent

: Conditional

: Written to restart files by default

VerosVariables.tau#

Units:
Dimensions:: scalar
Type:: int32
Attributes:

Index of current time step

VerosVariables.taup1#

Units:
Dimensions:: scalar
Type:: int32
Attributes:

Index of next time step

VerosVariables.taum1#

Units:
Dimensions:: scalar
Type:: int32
Attributes:

Index of last time step

VerosVariables.time#

Units:
Dimensions:: scalar
Type:: float
Attributes:

Current time

VerosVariables.itt#

Units:
Dimensions:: scalar
Type:: int32
Attributes:

Current iteration

VerosVariables.dxt#

Units:: m
Dimensions:: (xt)
Type:: float
Attributes:

Zonal (x) spacing of T-grid point

VerosVariables.dxu#

Units:: m
Dimensions:: (xu)
Type:: float
Attributes:

Zonal (x) spacing of U-grid point

VerosVariables.dyt#

Units:: m
Dimensions:: (yt)
Type:: float
Attributes:

Meridional (y) spacing of T-grid point

VerosVariables.dyu#

Units:: m
Dimensions:: (yu)
Type:: float
Attributes:

Meridional (y) spacing of U-grid point

VerosVariables.zt#

Units:: m
Dimensions:: (zt)
Type:: float
Attributes:

Vertical coordinate

VerosVariables.zw#

Units:: m
Dimensions:: (zw)
Type:: float
Attributes:

Vertical coordinate

VerosVariables.dzt#

Units:: m
Dimensions:: (zt)
Type:: float
Attributes:

Vertical spacing

VerosVariables.dzw#

Units:: m
Dimensions:: (zw)
Type:: float
Attributes:

Vertical spacing

VerosVariables.cost#

Units:: 1
Dimensions:: (yt)
Type:: float
Attributes:

Metric factor for spherical coordinates

VerosVariables.cosu#

Units:: 1
Dimensions:: (yu)
Type:: float
Attributes:

Metric factor for spherical coordinates

VerosVariables.tantr#

Units:: 1
Dimensions:: (yt)
Type:: float
Attributes:

Metric factor for spherical coordinates

VerosVariables.coriolis_t#

Units:: 1/s
Dimensions:: (xt, yt)
Type:: float
Attributes:

Coriolis frequency at T grid point

VerosVariables.kbot#

Units:
Dimensions:: (xt, yt)
Type:: int32
Attributes:

Index of the deepest grid cell (counting from 1, 0 means all land)

VerosVariables.ht#

Units:: m
Dimensions:: (xt, yt)
Type:: float
Attributes:

Total depth of the water column

VerosVariables.hu#

Units:: m
Dimensions:: (xu, yt)
Type:: float
Attributes:

Total depth of the water column

VerosVariables.hv#

Units:: m
Dimensions:: (xt, yu)
Type:: float
Attributes:

Total depth of the water column

VerosVariables.hur#

Units:: m
Dimensions:: (xu, yt)
Type:: float
Attributes:

Total depth of the water column (masked)

VerosVariables.hvr#

Units:: m
Dimensions:: (xt, yu)
Type:: float
Attributes:

Total depth of the water column (masked)

VerosVariables.beta#

Units:: 1/(ms)
Dimensions:: (xt, yt)
Type:: float
Attributes:

Change of Coriolis frequency with latitude

VerosVariables.area_t#

Units:: m^2
Dimensions:: (xt, yt)
Type:: float
Attributes:

Area of T-box

VerosVariables.area_u#

Units:: m^2
Dimensions:: (xu, yt)
Type:: float
Attributes:

Area of U-box

VerosVariables.area_v#

Units:: m^2
Dimensions:: (xt, yu)
Type:: float
Attributes:

Area of V-box

VerosVariables.maskT#

Units:
Dimensions:: (xt, yt, zt)
Type:: bool
Attributes:

Mask in physical space for tracer points

VerosVariables.maskU#

Units:
Dimensions:: (xu, yt, zt)
Type:: bool
Attributes:

Mask in physical space for U points

VerosVariables.maskV#

Units:
Dimensions:: (xt, yu, zt)
Type:: bool
Attributes:

Mask in physical space for V points

VerosVariables.maskW#

Units:
Dimensions:: (xt, yt, zw)
Type:: bool
Attributes:

Mask in physical space for W points

VerosVariables.maskZ#

Units:
Dimensions:: (xu, yu, zt)
Type:: bool
Attributes:

Mask in physical space for Zeta points

VerosVariables.rho#

Units:: kg/m^3
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

In-situ density anomaly, relative to the surface mean value of 1024 kg/m^3

VerosVariables.prho#

Units:: kg/m^3
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Potential density anomaly, relative to the surface mean value of 1024 kg/m^3 (identical to in-situ density anomaly for equation of state type 1, 2, and 4)

VerosVariables.int_drhodT#

Units:: kg / (m^2 deg C)
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Partial derivative of dynamic enthalpy by temperature

VerosVariables.int_drhodS#

Units:: kg / (m^2 g / kg)
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Partial derivative of dynamic enthalpy by salinity

VerosVariables.Nsqr#

Units:: 1/s^2
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Attributes:

Square of stability frequency

VerosVariables.Hd#

Units:: m^2/s^2
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Dynamic enthalpy

VerosVariables.dHd#

Units:: m^2/s^3
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Change of dynamic enthalpy due to advection

VerosVariables.temp#

Units:: deg C
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Conservative temperature

VerosVariables.dtemp#

Units:: deg C/s
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Conservative temperature tendency

VerosVariables.salt#

Units:: g/kg
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Salinity

VerosVariables.dsalt#

Units:: g/(kg s)
Dimensions:: (xt, yt, zt, timesteps)
Type:: float
Attributes:

Salinity tendency

VerosVariables.dtemp_vmix#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of temperature due to vertical mixing

VerosVariables.dtemp_hmix#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of temperature due to horizontal mixing

VerosVariables.dsalt_vmix#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of salinity due to vertical mixing

VerosVariables.dsalt_hmix#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of salinity due to horizontal mixing

VerosVariables.dtemp_iso#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of temperature due to isopycnal mixing plus skew mixing

VerosVariables.dsalt_iso#

Units:: deg C/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Change of salinity due to isopycnal mixing plus skew mixing

VerosVariables.forc_temp_surface#

Units:: m deg C/s
Dimensions:: (xt, yt)
Type:: float
Attributes:

Surface temperature flux

VerosVariables.forc_salt_surface#

Units:: m g/s kg
Dimensions:: (xt, yt)
Type:: float
Attributes:

Surface salinity flux

VerosVariables.u#

Units:: m/s
Dimensions:: (xu, yt, zt, timesteps)
Type:: float
Attributes:

Zonal velocity

VerosVariables.v#

Units:: m/s
Dimensions:: (xt, yu, zt, timesteps)
Type:: float
Attributes:

Meridional velocity

VerosVariables.w#

Units:: m/s
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Attributes:

Vertical velocity

VerosVariables.du#

Units:: m/s
Dimensions:: (xu, yt, zt, timesteps)
Type:: float
Attributes:

Zonal velocity tendency

VerosVariables.dv#

Units:: m/s
Dimensions:: (xt, yu, zt, timesteps)
Type:: float
Attributes:

Meridional velocity tendency

VerosVariables.du_cor#

Units:: m/s^2
Dimensions:: (xu, yt, zt)
Type:: float
Attributes:

Change of u due to Coriolis force

VerosVariables.dv_cor#

Units:: m/s^2
Dimensions:: (xt, yu, zt)
Type:: float
Attributes:

Change of v due to Coriolis force

VerosVariables.du_mix#

Units:: m/s^2
Dimensions:: (xu, yt, zt)
Type:: float
Attributes:

Change of u due to implicit vertical mixing

VerosVariables.dv_mix#

Units:: m/s^2
Dimensions:: (xt, yu, zt)
Type:: float
Attributes:

Change of v due to implicit vertical mixing

VerosVariables.du_adv#

Units:: m/s^2
Dimensions:: (xu, yt, zt)
Type:: float
Attributes:

Change of u due to advection

VerosVariables.dv_adv#

Units:: m/s^2
Dimensions:: (xt, yu, zt)
Type:: float
Attributes:

Change of v due to advection

VerosVariables.p_hydro#

Units:: m^2/s^2
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Hydrostatic pressure

VerosVariables.kappaM#

Units:: m^2/s
Dimensions:: (xt, yt, zt)
Type:: float
Attributes:

Vertical viscosity

VerosVariables.kappaH#

Units:: m^2/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Vertical diffusivity

VerosVariables.surface_taux#

Units:: N/m^2
Dimensions:: (xu, yt)
Type:: float
Attributes:

Zonal surface wind stress

VerosVariables.surface_tauy#

Units:: N/m^2
Dimensions:: (xt, yu)
Type:: float
Attributes:

Meridional surface wind stress

VerosVariables.forc_rho_surface#

Units:: kg / (m^2 s)
Dimensions:: (xt, yt)
Type:: float
Attributes:

Surface potential density flux

VerosVariables.ssh#

Units:: m
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: not settings.enable_streamfunction
Attributes:

Sea surface height

VerosVariables.psi#

Units:: lambda settings: "m^3/s" if settings.enable_streamfunction else "m^2/s^2"
Dimensions:: lambda settings: ZETA_HOR + TIMESTEPS if settings.enable_streamfunction else T_HOR + TIMESTEPS
Type:: float
Attributes:

lambda settings: "Barotropic streamfunction" if settings.enable_streamfunction else "Surface pressure"

VerosVariables.dpsi#

Units:: m^3/s^2
Dimensions:: (xu, yu, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Streamfunction tendency

VerosVariables.land_map#

Units:
Dimensions:: (xt, yt)
Type:: int32
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Land map

VerosVariables.isle#

Units:
Dimensions:: (isle)
Type:: int32
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Island number

VerosVariables.psin#

Units:: m^3/s
Dimensions:: (xu, yu, isle)
Type:: float
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Boundary streamfunction

VerosVariables.dpsin#

Units:: m^3/s^2
Dimensions:: (isle, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Boundary streamfunction factor

VerosVariables.line_psin#

Units:: m^4/s^2
Dimensions:: (isle, isle)
Type:: float
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Boundary line integrals

VerosVariables.isle_boundary_mask#

Units:
Dimensions:: (xt, yt)
Type:: bool
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Island boundary mask

VerosVariables.line_dir_south_mask#

Units:
Dimensions:: (xt, yt, isle)
Type:: bool
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Line integral mask

VerosVariables.line_dir_north_mask#

Units:
Dimensions:: (xt, yt, isle)
Type:: bool
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Line integral mask

VerosVariables.line_dir_east_mask#

Units:
Dimensions:: (xt, yt, isle)
Type:: bool
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Line integral mask

VerosVariables.line_dir_west_mask#

Units:
Dimensions:: (xt, yt, isle)
Type:: bool
Condition:: lambda settings: settings.enable_streamfunction
Attributes:

Line integral mask

VerosVariables.K_gm#

Units:: m^2/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

GM diffusivity, either constant or from EKE model

VerosVariables.K_iso#

Units:: m^2/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Along-isopycnal diffusivity

VerosVariables.K_diss_v#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Kinetic energy dissipation by vertical, rayleigh and bottom friction

VerosVariables.K_diss_bot#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Mean energy dissipation by bottom and rayleigh friction

VerosVariables.K_diss_h#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Kinetic energy dissipation by horizontal friction

VerosVariables.K_diss_gm#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Mean energy dissipation by GM (TRM formalism only)

VerosVariables.P_diss_v#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by vertical diffusion

VerosVariables.P_diss_nonlin#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by nonlinear equation of state

VerosVariables.P_diss_iso#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by isopycnal mixing

VerosVariables.P_diss_skew#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by GM (w/o TRM)

VerosVariables.P_diss_hmix#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by horizontal mixing

VerosVariables.P_diss_adv#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by advection

VerosVariables.P_diss_sources#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Potential energy dissipation by external sources (e.g. restoring zones)

VerosVariables.u_wgrid#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Zonal velocity interpolated to W grid points

VerosVariables.v_wgrid#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Meridional velocity interpolated to W grid points

VerosVariables.w_wgrid#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Attributes:

Vertical velocity interpolated to W grid points

VerosVariables.xt#

Units:: lambda settings: "degrees_east" if settings.coord_degree else "km"
Dimensions:: (xt)
Type:: float
Attributes:

Zonal (x) coordinate of T-grid point

VerosVariables.xu#

Units:: lambda settings: "degrees_east" if settings.coord_degree else "km"
Dimensions:: (xu)
Type:: float
Attributes:

Zonal (x) coordinate of U-grid point

VerosVariables.yt#

Units:: lambda settings: "degrees_north" if settings.coord_degree else "km"
Dimensions:: (yt)
Type:: float
Attributes:

Meridional (y) coordinate of T-grid point

VerosVariables.yu#

Units:: lambda settings: "degrees_north" if settings.coord_degree else "km"
Dimensions:: (yu)
Type:: float
Attributes:

Meridional (y) coordinate of U-grid point

VerosVariables.temp_source#

Units:: K/s
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_tempsalt_sources
Attributes:

Non-conservative source of temperature

VerosVariables.salt_source#

Units:: g/(kg s)
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_tempsalt_sources
Attributes:

Non-conservative source of salt

VerosVariables.u_source#

Units:: m/s^2
Dimensions:: (xu, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_momentum_sources
Attributes:

Non-conservative source of zonal velocity

VerosVariables.v_source#

Units:: m/s^2
Dimensions:: (xt, yu, zt)
Type:: float
Condition:: lambda settings: settings.enable_momentum_sources
Attributes:

Non-conservative source of meridional velocity

VerosVariables.K_11#

Units:: m^2/s
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

Isopycnal mixing tensor component

VerosVariables.K_22#

Units:: m^2/s
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

Isopycnal mixing tensor component

VerosVariables.K_33#

Units:: m^2/s
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

Isopycnal mixing tensor component

VerosVariables.Ai_ez#

Units:: Vertical isopycnal diffusion coefficient on eastern face of T cell
Dimensions:: (xt, yt, zt, tensor1, tensor2)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

VerosVariables.Ai_nz#

Units:: Vertical isopycnal diffusion coefficient on northern face of T cell
Dimensions:: (xt, yt, zt, tensor1, tensor2)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

VerosVariables.Ai_bx#

Units:: Zonal isopycnal diffusion coefficient on bottom face of T cell
Dimensions:: (xt, yt, zt, tensor1, tensor2)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

VerosVariables.Ai_by#

Units:: Meridional isopycnal diffusion coefficient on bottom face of T cell
Dimensions:: (xt, yt, zt, tensor1, tensor2)
Type:: float
Condition:: lambda settings: settings.enable_neutral_diffusion
Attributes:

VerosVariables.B1_gm#

Units:: m^2/s
Dimensions:: (xt, yu, zt)
Type:: float
Condition:: lambda settings: settings.enable_skew_diffusion
Attributes:

Zonal component of GM streamfunction

VerosVariables.B2_gm#

Units:: m^2/s
Dimensions:: (xu, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_skew_diffusion
Attributes:

Meridional component of GM streamfunction

VerosVariables.r_bot_var_u#

Units:: 1/s
Dimensions:: (xu, yt)
Type:: float
Condition:: lambda settings: settings.enable_bottom_friction_var
Attributes:

Zonal bottom friction coefficient

VerosVariables.r_bot_var_v#

Units:: 1/s
Dimensions:: (xt, yu)
Type:: float
Condition:: lambda settings: settings.enable_bottom_friction_var
Attributes:

Meridional bottom friction coefficient

VerosVariables.kappa_gm#

Units:: m^2/s
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_TEM_friction
Attributes:

Vertical diffusivity

VerosVariables.tke#

Units:: m^2/s^2
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Turbulent kinetic energy

VerosVariables.sqrttke#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Square-root of TKE

VerosVariables.dtke#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Turbulent kinetic energy tendency

VerosVariables.Prandtlnumber#

Units:
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Prandtl number

VerosVariables.mxl#

Units:: m
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Mixing length

VerosVariables.forc_tke_surface#

Units:: m^3/s^3
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

TKE surface flux

VerosVariables.tke_diss#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

TKE dissipation

VerosVariables.tke_surf_corr#

Units:: m^3/s^3
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: settings.enable_tke
Attributes:

Correction of TKE surface flux

VerosVariables.eke#

Units:: m^2/s^2
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

meso-scale energy

VerosVariables.deke#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

meso-scale energy tendency

VerosVariables.sqrteke#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

square-root of eke

VerosVariables.L_rossby#

Units:: m
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

Rossby radius

VerosVariables.L_rhines#

Units:: m
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

Rhines scale

VerosVariables.eke_len#

Units:: m
Dimensions:: (xt, yt, zt)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

Eddy length scale

VerosVariables.eke_diss_iw#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

Dissipation of EKE to internal waves

VerosVariables.eke_diss_tke#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_eke
Attributes:

Dissipation of EKE to TKE

VerosVariables.E_iw#

Units:: m^2/s^2
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Internal wave energy

VerosVariables.dE_iw#

Units:: m^2/s^2
Dimensions:: (xt, yt, zw, timesteps)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Internal wave energy tendency

VerosVariables.c0#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Vertical internal wave group velocity

VerosVariables.v0#

Units:: m/s
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Horizontal internal wave group velocity

VerosVariables.alpha_c#

Units:: ?
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

VerosVariables.iw_diss#

Units:: m^2/s^3
Dimensions:: (xt, yt, zw)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Internal wave dissipation

VerosVariables.forc_iw_surface#

Units:: m^3/s^3
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Internal wave surface forcing

VerosVariables.forc_iw_bottom#

Units:: m^3/s^3
Dimensions:: (xt, yt)
Type:: float
Condition:: lambda settings: settings.enable_idemix
Attributes:

Internal wave bottom forcing