Physical fields¶
This page lists all supported physical fields.
Every field is identified with an unique key, e.g. temp_3d.
The field metadata is defined in field_defs module.
Fields are stored in solver’s fields dictionary:
one can access a field Function using:
# dictionary access
solver_obj.fields['temp_3d']
# or attribute access
solver_obj.fields.temp_3d
List of fields¶
baroc_head_3d: Baroclinic head [m]
output file: BaroHead3d.pvd
bathymetry_2d: Bathymetry [m]
output file: bathymetry2d.pvd
buoy_freq_3d: Buoyancy frequency squared [s-2]
output file: BuoyFreq3d.pvd
coriolis_2d: Coriolis parameter [s-1]
output file: coriolis_2d.pvd
coriolis_3d: Coriolis parameter [s-1]
output file: coriolis_3d.pvd
density_3d: Water density [kg m-3]
output file: Density3d.pvd
eddy_diff_3d: Eddy diffusivity [m2 s-1]
output file: EddyDiff3d.pvd
eddy_visc_3d: Eddy Viscosity [m2 s-1]
output file: EddyVisc3d.pvd
elev_2d: Water elevation [m]
output file: Elevation2d.pvd
elev_cg_2d: Water elevation CG [m]
output file: ElevationCG2d.pvd
elev_domain_2d: Surface elevation of domain [m]
output file: ElevationDomain2d.pvd
eps_3d: TKE dissipation rate [m2 s-3]
output file: TurbEps3d.pvd
h_elem_size_2d: Element size in horizontal direction [m]
output file: h_elem_size_2d.pvd
h_elem_size_3d: Element size in horizontal direction [m]
output file: h_elem_size_3d.pvd
hcc_metric_3d: HCC mesh quality [-]
output file: HCCMetric3d.pvd
int_pg_3d: Internal pressure gradient [m s-2]
output file: IntPG3d.pvd
len_3d: Turbulent length scale [m]
output file: TurbLen3d.pvd
max_h_diff: Maximum stable horizontal diffusivity [m2 s-1]
output file: MaxHDiffusivity3d.pvd
psi_3d: Turbulence psi variable [-]
output file: TurbPsi3d.pvd
q_2d: Non-hydrostatic pressure at bottom [Pa]
output file: NHPressure2d.pvd
salt_3d: Water salinity [psu]
output file: Salinity3d.pvd
sediment_2d: Sediment [-]
output file: Sediment2d.pvd
shear_freq_3d: Vertical shear frequency squared [s-2]
output file: ShearFreq3d.pvd
smag_visc_3d: Smagorinsky viscosity [m2 s-1]
output file: SmagViscosity3d.pvd
split_residual_2d: Momentum eq. residual for mode splitting [m s-2]
output file: SplitResidual2d.pvd
temp_3d: Water temperature [C]
output file: Temperature3d.pvd
tke_3d: Turbulent Kinetic Energy [m2 s-2]
output file: TurbKEnergy3d.pvd
turbine_density_2d: Turbine density [m-2]
output file: turbine_density_2d.pvd
uv_2d: Depth averaged velocity [m s-1]
output file: Velocity2d.pvd
uv_3d: Horizontal velocity [m s-1]
output file: Velocity3d.pvd
uv_dav_2d: Depth averaged velocity [m s-1]
output file: DAVelocity2d.pvd
uv_dav_3d: Depth averaged velocity [m s-1]
output file: DAVelocity3d.pvd
v_elem_size_2d: Element size in vertical direction [m]
output file: VElemSize2d.pvd
v_elem_size_3d: Element size in vertical direction [m]
output file: VElemSize3d.pvd
w_2d: Depth averaged vertical velocity [m s-1]
output file: VertVelo2d.pvd
w_3d: Vertical velocity [m s-1]
output file: VertVelo3d.pvd
w_mesh_3d: Mesh velocity [m s-1]
output file: MeshVelo3d.pvd
wind_stress_3d: Wind stress [Pa]
output file: wind_stress_3d.pvd
z_coord_3d: Mesh z coordinates [m]
output file: ZCoord3d.pvd
z_coord_ref_3d: Static mesh z coordinates [m]
output file: ZCoordRef3d.pvd