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config.yaml
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tabs:
- Simulation
- Domain
- ABL
- Refinement
- Turbines
- IO
- Postpro
- Expert
frames:
# ==== Simulation frames ====
- name: frame_simulation
tab: Simulation
row: 1
title: Simulation type
- name: frame_time
tab: Simulation
row: 2
title: Time control
- name: frame_restart
tab: Simulation
row: 3
title: Restart parameters
- name: frame_godunov
tab: Simulation
row: 4
title: Godunov and incflo parameters
- name: frame_incflo
tab: Simulation
row: 5
title: Fluid and transport properties
- name: frame_constants
tab: Simulation
row: 6
title: Constant values
- name: frame_turbulence
tab: Simulation
row: 7
title: Turbulence parameters
- name: frame_tolerances
tab: Expert
title: Tolerances
- name: frame_numerics
tab: Expert
title: Numerics
# ==== Domain frames ====
- name: frame_Mesh
tab: Domain
title: Domain and Mesh
- name: frame_BC
tab: Domain
title: Periodic boundary conditions
- name: frame_xBC
tab: Domain
title: Boundary conditions on X faces
toggled: True
- name: frame_yBC
tab: Domain
title: Boundary conditions on Y faces
toggled: True
- name: frame_zBC
tab: Domain
title: Boundary conditions on Z faces
toggled: True
# ==== ABL frames ====
- name: frame_ABLforcing
tab: ABL
row: 1
title: ABL forcing
- name: frame_ABLphysics
tab: ABL
title: ABL physics
- name: frame_ABLprop
tab: ABL
title: ABL properties
- name: frame_Coriolis
tab: ABL
title: Coriolis forces
- name: frame_Boussinesq
tab: ABL
title: Boussinesq forces
- name: frame_Bodyforce
tab: ABL
title: Body forces
- name: frame_ABLTprof
tab: ABL
title: ABL temperature profiles
- name: frame_ABLpeturb
tab: ABL
title: ABL perturbations
- name: frame_ABLoutput
tab: ABL
title: ABL output parameters
- name: frame_ABLboundaryplane
tab: ABL
title: ABL Boundary Plane
row: 11
- name: frame_ABLMMC
tab: ABL
title: Meso-microscale coupling
# ==== IO frames ====
- name: frame_IOplotting
tab: IO
row: 1
title: Plot Outputs
- name: frame_IOpostprosetup
tab: IO
row: 4
title: Postprocessing setup
- name: frame_IOsampling
tab: IO
row: 5
title: Sampling probes
- name: frame_IOaveraging
tab: IO
row: 6
title: Averaging options
# ==== Refinement frames ====
- name: frame_refinement
tab: Refinement
row: 1
title: Nested refinement parameters
# ==== Postprocessing frames ====
- name: frame_postproABL
tab: Postpro
row: 1
title: ABL Postprocessing
- name: frame_postprosampling
tab: Postpro
row: 2
title: Plot Sample Planes
# ==== Turbine frames ====
- name: frame_turbineglobals
tab: Turbines
row: 1
title: Turbine parameters
- name: frame_turbinefastlineglobals
tab: Turbines
row: 3
title: OpenFAST ALM global parameters
toggled: True
- name: frame_turbinefastdiskglobals
tab: Turbines
row: 4
title: OpenFAST ADM global parameters
toggled: True
- name: frame_uniformctglobals
tab: Turbines
row: 5
title: Uniform Ct Disk global parameters
toggled: True
- name: frame_joukowskyglobals
tab: Turbines
row: 6
title: Joukowsky Disk global parameters
toggled: True
# ********** PREDEFEINED ANCHORS ****************
# Define things here which will be repeated later on
# This is using anchors (part of YAML definition)
#
predefinedlists:
# Check amr-wind/incflo_enums.H
bctypes: &PREDEFINED_BCTYPES [pressure_inflow, pressure_outflow, mass_inflow, zero_gradient, no_slip_wall, slip_wall, wall_model, fixed_gradient]
turbinetypes: &PREDEFINED_ACTUATORTYPES [TurbineFastLine, TurbineFastDisk, UniformCtDisk, JoukowskyDisk, FlatPlateLine]
alwaysfalse: &PREDEFINED_ALWAYSFALSE
name: default_alwaysfalse
inputtype: bool
defaultval: False
visible: False
explanation_xyz: &PREDEFINED_XYZHEADER
label:
inputtype: [str, str, str]
defaultval: ['X','Y','Z']
# ------- stuff used in turbine parameters ----
actuatorselection: &PREDEFINED_ACTUATORSELECTION
name: Actuator_type
label: Actuator type
inputtype: str
optionlist: *PREDEFINED_ACTUATORTYPES
defaultval:
outputdef:
AMR-Wind: type
entryopt:
width: 10
openfast_input_file: &PREDEFINED_OPENFAST_INPUT_FILE
name: Actuator_openfast_input_file
label: OpenFAST fst file
inputtype: filename
defaultval:
outputdef:
AMR-Wind: openfast_input_file
rotordiameter: &PREDEFINED_ROTOR_DIAMETER
name: rotor_diameter
label: Rotor Diameter
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: rotor_diameter
help: Rotor diameter [m]
hub_height: &PREDEFINED_HUB_HEIGHT
name: hub_height
label: Hub height
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: hub_height
num_points_blade: &PREDEFINED_NUM_POINTS_BLADE
name: num_points_blade
label: Num blade points
#frame: frame_turbinefastlineglobals
inputtype: int
defaultval:
outputdef:
AMR-Wind: num_points_blade
num_points_tower: &PREDEFINED_NUM_POINTS_TOWER
name: num_points_tower
label: Num tower points
#frame: frame_turbinefastlineglobals
inputtype: int
defaultval:
outputdef:
AMR-Wind: num_points_tower
epsilon: &PREDEFINED_EPSILON
name: epsilon
label: Epsilon
#frame: frame_turbinefastlineglobals
inputtype: [float, float, float]
defaultval:
entryopt:
varlenlist: True
outputdef:
AMR-Wind: epsilon
help: The spreading function in (x,y,z)
epsilon_min: &PREDEFINED_EPSILON_MIN
name: epsilon min
label: Epsilon min
inputtype: [float, float, float]
defaultval:
entryopt:
varlenlist: True
outputdef:
AMR-Wind: epsilon_min
help: The min spreading function in (x,y,z) for FLLC
epsilon_chord: &PREDEFINED_EPSILON_CHORD
name: epsilon chord
label: Epsilon chord
inputtype: [float, float, float]
defaultval:
entryopt:
varlenlist: True
outputdef:
AMR-Wind: epsilon_chord
help: The chord spreading function in (x,y,z) for FLLC
epsilon_tower: &PREDEFINED_EPSILON_TOWER
name: epsilon_tower
label: Epsilon tower
#frame: frame_turbinefastlineglobals
inputtype: [float, float, float]
defaultval:
outputdef:
AMR-Wind: epsilon_tower
openfast_start_time: &PREDEFINED_OPENFAST_START_TIME
name: openfast_start_time
label: FAST start time
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: openfast_start_time
openfast_stop_time: &PREDEFINED_OPENFAST_STOP_TIME
name: openfast_stop_time
label: FAST stop time
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: openfast_stop_time
fllc: &PREDEFINED_FLLC
name: fllc
label: Use FLLC
inputtype: bool
defaultval:
outputdef:
AMR-Wind: fllc
nacelle_drag_coeff: &PREDEFINED_NACELLE_DRAG_COEFF
name: nacelle_drag_coeff
label: Nacelle Cd
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: nacelle_drag_coeff
nacelle_area: &PREDEFINED_NACELLE_AREA
name: nacelle_area
label: Nacelle Area
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: nacelle_area
output_frequency: &PREDEFINED_OUTPUT_FREQUENCY
name: output_frequency
label: FAST output freq
#frame: frame_turbinefastlineglobals
inputtype: int
defaultval:
outputdef:
AMR-Wind: output_frequency
density: &PREDEFINED_DENSITY
name: density
label: Density
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: density
yaw: &PREDEFINED_YAW
name: yaw
label: Nacelle yaw
#frame: frame_turbinefastlineglobals
inputtype: float
defaultval:
outputdef:
AMR-Wind: yaw
# *********** INPUTWIDGET FORMAT ****************
#
# Specify each input widget
#
# - name: NAME # Name of variable [required]
# label: SOME TEXT # displayed label in GUI [optional]
# tab: TABNAME # Which tab to put widget
# frame: FRAMENAME # Which frame to put widget
# # either tab or frame must be specified
# row: ROWNUM # which row to put widget [optional]
# inputtype: float # Type of input [required]
# # Types available:
# # float/int/bool/str/filename/listbox
# defaultval: 100.0 # default value [optional]
# visible: True # if false, make invisible [optional,default:True]
# optionlist: [var1, var2, ..] # user-selectable choices for listbox or str
# fileopenopt: # options for filename [optional]
# selecttype: open # open/saveas/directory [optional]
# kwargs: # Optional arguments to tkinter.filedialog
# filetypes:
# - ["FAST out files", "*.out"]
# - ["all files", "*.*"]
# listboxopt: # Options for listbox [optional]
# selectmode: multiple
# height: 2
# outputdef:
# AMR-Wind: time.stop_time
# ***********************************************
inputwidgets:
# ========== Simulation inputs ==============================
- name: comment_simtimectrl
frame: frame_time
inputtype: str
defaultval: "# --- Simulation time control parameters ---"
visible: False
outputdef:
AMR-Wind: '#comment_simtimectrl'
- name: stop_time
label: Max time
frame: frame_time
inputtype: float
defaultval: 100.0
outputdef:
AMR-Wind: time.stop_time
help: Max (simulated) time to evolve [s]
- name: max_step
label: Max steps
frame: frame_time
inputtype: int
defaultval: -1
outputdef:
AMR-Wind: time.max_step
- name: spacer
frame: frame_time
labelonly: True
- name: time_control
label: March with
frame: frame_time
inputtype: listbox
optionlist: ['const dt', 'max cfl']
defaultval: 'const dt'
listboxopt:
width: 12
height: 2
ctrlelem:
- input: fixed_dt
activewhen: ['const dt', 1]
- input: cfl
activewhen: ['max cfl', 1]
- name: fixed_dt
label: dt
frame: frame_time
inputtype: float
defaultval: -1 #0.25
outputdef:
AMR-Wind: time.fixed_dt
help: Fixed timestep size (in seconds). If negative, then time.cfl is used
- name: cfl
label: Max CFL
frame: frame_time
inputtype: float
defaultval: 0.50
outputdef:
AMR-Wind: time.cfl
help: Limit timesteps to maximum CFL
- name: checkpoint_interval
label: Checkpoint interval
frame: frame_restart
inputtype: int
defaultval: #10000
outputdef:
AMR-Wind: time.checkpoint_interval
- name: checkpoint_start
label: Checkpoint offset
frame: frame_restart
inputtype: int
defaultval:
outputdef:
AMR-Wind: time.checkpoint_start
- name: physics
#label: Simulation type
#tab: Simulation
label: Physics models
frame: frame_simulation
row: 1
inputtype: listbox
optionlist: [FreeStream, ABL, RayleighTaylor, BoussinesqBubble, TaylorGreenVortex, Actuator]
#defaultval: ABL
listboxopt:
selectmode: multiple
outputdef:
AMR-Wind: incflo.physics
help: List of physics models to include in simulation.
# ---------- Restart parameters -----------------------------
- name: verbose
label: Verbosity
frame: frame_IOplotting
inputtype: int
defaultval: 0
outputdef:
AMR-Wind: incflo.verbose
- name: check_file
label: Check file
frame: frame_restart
inputtype: str
defaultval: chk
outputdef:
AMR-Wind: io.check_file
- name: restart_file
label: Restart file
frame: frame_restart
inputtype: filename
defaultval:
outputdef:
AMR-Wind: io.restart_file
fileopenopt:
selecttype: directory # open/saveas/directory [optional]
entryopt:
width: 20
# ---------- Godunov parameters -----------------------------
- name: use_godunov
label: Use godunov
frame: frame_godunov
inputtype: bool
defaultval: 1
ctrlelem:
- input: godunov_type
outputdef:
AMR-Wind: incflo.use_godunov
- name: godunov_type
label: Godunov type
frame: frame_godunov
inputtype: str
optionlist: [ppm, ppm_nolim, weno, weno_z]
defaultval: weno_z
outputdef:
AMR-Wind: incflo.godunov_type
- name: diffusion_type
label: Diffusion scheme
frame: frame_godunov
inputtype: int
optionlist: [0, 1, 2]
defaultval:
outputdef:
AMR-Wind: incflo.diffusion_type
help: Type of diffusion scheme used. 0 = explicit diffusion, 1 = Crank-Nicolson, 2 = fully implicit
# ---------- Turbulence parameters --------------------------
- name: turbulence_model
label: Turbulence model
frame: frame_turbulence
inputtype: listbox
optionlist: [Laminar, OneEqKsgsM84, Smagorinsky]
defaultval:
outputdef:
AMR-Wind: turbulence.model
ctrlelem:
- input: TKE_source_terms
activewhen: ['OneEqKsgsM84', 1]
- input: SmagorinskyCs
activewhen: ['Smagorinsky', 1]
- name: TKE_source_terms
label: TKE source terms
frame: frame_turbulence
inputtype: listbox
optionlist: [KsgsM84Src]
outputdef:
AMR-Wind: TKE.source_terms
- name: SmagorinskyCs
label: Smagorinsky Cs
frame: frame_turbulence
inputtype: float
defaultval: 0.135
outputdef:
AMR-Wind: Smagorinsky_coeffs.Cs
# ---------- Tolerance parameters --------------------------
- name: nodal_proj.mg_rtol
label: nodal_proj.mg_rtol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: nodal_proj.mg_rtol
- name: nodal_proj.mg_atol
label: nodal_proj.mg_atol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: nodal_proj.mg_atol
- name: mac_proj.mg_rtol
label: mac_proj.mg_rtol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: mac_proj.mg_rtol
- name: mac_proj.mg_atol
label: mac_proj.mg_atol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: mac_proj.mg_atol
- name: diffusion.mg_rtol
label: diffusion.mg_rtol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: diffusion.mg_rtol
- name: diffusion.mg_atol
label: diffusion.mg_atol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: diffusion.mg_atol
- name: temperature_diffusion.mg_rtol
label: temperature_diffusion.mg_rtol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: temperature_diffusion.mg_rtol
- name: temperature_diffusion.mg_atol
label: temperature_diffusion.mg_atol
frame: frame_tolerances
inputtype: float
outputdef:
AMR-Wind: temperature_diffusion.mg_atol
# ---------- Numerics parameters --------------------------
- name: Do initial projections
label: incflo.do_initial_proj
frame: frame_numerics
inputtype: int
outputdef:
AMR-Wind: incflo.do_initial_proj
- name: Number of initial iterations
label: incflo.initial_iterations
frame: frame_numerics
inputtype: int
outputdef:
AMR-Wind: incflo.initial_iterations
- name: Nodal proj. verbosity
label: nodal_proj.verbose
frame: frame_numerics
inputtype: int
outputdef:
AMR-Wind: nodal_proj.verbose
# ---------- incflo fluid properties ------------------------
- name: gravity
label: Gravity
frame: frame_incflo
inputtype: [float, float, float]
defaultval: [0.0, 0.0, -9.81]
outputdef:
AMR-Wind: incflo.gravity
help: Gravitational acceleration vector (x,y,z) [m/s^2]
- name: density
label: Density
frame: frame_incflo
inputtype: float
defaultval: 1.00
outputdef:
AMR-Wind: incflo.density
help: Fluid density [kg/m^3]
- name: viscosity
label: Dynamic viscosity
frame: frame_incflo
inputtype: float
defaultval: 1.872e-5
outputdef:
AMR-Wind: transport.viscosity
help: Fluid dynamic viscosity [kg/m-s]
- name: laminar_prandtl
label: Laminar prandtl
frame: frame_incflo
inputtype: float
defaultval: 0.7
outputdef:
AMR-Wind: transport.laminar_prandtl
help: Laminar prandtl number
- name: turbulent_prandtl
label: Turb. prandtl
frame: frame_incflo
inputtype: float
defaultval: 0.3333
outputdef:
AMR-Wind: transport.turbulent_prandtl
help: Turbulent prandtl number
# ---------- Constant values --------------------------------
- name: ConstValue_density
label: Constant density
frame: frame_constants
inputtype: float
#defaultval: 0.3333
outputdef:
AMR-Wind: ConstValue.density.value
- name: ConstValue_velocity
label: Constant velocity
frame: frame_constants
inputtype: [float, float, float]
#defaultval: 0.3333
outputdef:
AMR-Wind: ConstValue.velocity.value
# ========== Mesh and Domain inputs =========================
- name: comment_geommesh
frame: frame_Mesh
inputtype: str
defaultval: "\n# --- Geometry and Mesh ---"
visible: False
outputdef:
AMR-Wind: '#comment_geommesh'
- name: explanation_domain
frame: frame_Mesh
labelonly: True
label: |
Note on the domain orientation: By convention, X and Y
are the horizontal directions, and Z is the vertical direction
- name: explanation_domainxyz
label:
frame: frame_Mesh
inputtype: [str, str, str]
defaultval: ['X limits','Y limits','Z limits']
- name: prob_lo
label: "Domain corner 1"
frame: frame_Mesh
inputtype: [float, float, float]
defaultval: [0.0, 0.0, 0.0]
outputdef:
AMR-Wind: geometry.prob_lo
- name: prob_hi
label: "Domain corner 2"
frame: frame_Mesh
inputtype: [float, float, float]
defaultval: [1000.0, 1000.0, 1000.0]
outputdef:
AMR-Wind: geometry.prob_hi
- name: explanation_n_cell
frame: frame_Mesh
labelonly: True
label: "\n"
- name: explanation_domainNxyz
label:
frame: frame_Mesh
inputtype: [str, str, str]
defaultval: ['Nx','Ny','Nz']
- name: n_cell
label: "Mesh size"
frame: frame_Mesh
inputtype: [int, int, int]
defaultval: [48, 48, 48]
outputdef:
AMR-Wind: amr.n_cell
help: Number of cells in x, y, and z directions
- name: max_level
label: Max refinement level
frame: frame_refinement #frame_Mesh
inputtype: int
defaultval: 0
outputdef:
AMR-Wind: amr.max_level
- name: is_periodicx
label: "Periodic in X"
frame: frame_BC
inputtype: bool
defaultval: 1
ctrlelem:
- frame: frame_xBC
activewhen: ['', 0]
- name: is_periodicy
label: "Periodic in Y"
frame: frame_BC
inputtype: bool
defaultval: 1
ctrlelem:
- frame: frame_yBC
activewhen: ['', 0]
- name: is_periodicz
label: "Periodic in Z"
frame: frame_BC
inputtype: bool
defaultval: 0
ctrlelem:
- frame: frame_zBC
activewhen: ['', 0]
- name: isperiodic
label:
frame: frame_BC
inputtype: mergedboollist
mergedboollist:
- ['is_periodicx', '1', '0']
- ['is_periodicy', '1', '0']
- ['is_periodicz', '1', '0']
outputdef:
AMR-Wind: geometry.is_periodic
- name: xlo_type
label: "xlo velocity BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval: no_slip_wall
outputdef:
AMR-Wind: xlo.type
- name: xlo_temperature_type
label: "xlo temp BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
#defaultval: wall_model
outputdef:
AMR-Wind: xlo.temperature_type
- name: xlo_density
label: "xlo density"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xlo.density
- name: xlo_velocity
label: "xlo face velocity (U,V,W)"
frame: frame_xBC
inputtype: [float, float, float]
outputdef:
AMR-Wind: xlo.velocity
- name: xlo_temperature
label: "xlo temperature"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xlo.temperature
- name: xlo_tke_type
label: "xlo TKE BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval: #None
outputdef:
AMR-Wind: xlo.tke_type
- name: xlo_tke
label: "xlo TKE"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xlo.tke
- name: xhi_type
label: "xhi velocity BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval:
outputdef:
AMR-Wind: xhi.type
- name: xhi_temperature_type
label: "xhi temp BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
outputdef:
AMR-Wind: xhi.temperature_type
- name: xhi_density
label: "xhi density"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xhi.density
- name: xhi_velocity
label: "xhi face velocity (U,V,W)"
frame: frame_xBC
inputtype: [float, float, float]
outputdef:
AMR-Wind: xhi.velocity
- name: xhi_temperature
label: "xhi temperature"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xhi.temperature
- name: xhi_tke_type
label: "xhi TKE BC"
frame: frame_xBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval: #None
outputdef:
AMR-Wind: xhi.tke_type
- name: xhi_tke
label: "xhi TKE"
frame: frame_xBC
inputtype: float
outputdef:
AMR-Wind: xhi.tke
- name: ylo_type
label: "ylo velocity BC"
frame: frame_yBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval:
outputdef:
AMR-Wind: ylo.type
- name: ylo_temperature_type
label: "ylo temp BC"
frame: frame_yBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval:
outputdef:
AMR-Wind: ylo.temperature_type
- name: ylo_density
label: "ylo density"
frame: frame_yBC
inputtype: float
outputdef:
AMR-Wind: ylo.density
- name: ylo_velocity
label: "ylo face velocity (U,V,W)"
frame: frame_yBC
inputtype: [float, float, float]
outputdef:
AMR-Wind: ylo.velocity
- name: ylo_temperature
label: "ylo temperature"
frame: frame_yBC
inputtype: float
outputdef:
AMR-Wind: ylo.temperature
- name: ylo_tke_type
label: "ylo TKE BC"
frame: frame_yBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval: #None
outputdef:
AMR-Wind: ylo.tke_type
- name: ylo_tke
label: "ylo TKE"
frame: frame_yBC
inputtype: float
outputdef:
AMR-Wind: ylo.tke
- name: yhi_type
label: "yhi velocity BC"
frame: frame_yBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval:
outputdef:
AMR-Wind: yhi.type
- name: yhi_temperature_type
label: "yhi temp BC"
frame: frame_yBC
inputtype: str
optionlist: *PREDEFINED_BCTYPES
defaultval:
outputdef:
AMR-Wind: yhi.temperature_type
- name: yhi_density
label: "yhi density"
frame: frame_yBC
inputtype: float
outputdef:
AMR-Wind: yhi.density
- name: yhi_velocity
label: "yhi face velocity (U,V,W)"
frame: frame_yBC
inputtype: [float, float, float]
outputdef:
AMR-Wind: yhi.velocity
- name: yhi_temperature
label: "yhi temperature"
frame: frame_yBC
inputtype: float
outputdef:
AMR-Wind: yhi.temperature