|
Namelist variable
|
Type
|
Default
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Used with Master Routine
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Description
|
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General variables
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HRAA_MasterRoutine
|
Integer
|
1
|
n/a
|
0. Compute basic or derived fields from a specified ensemble member.
-
Compute 3-D variance, structure and correlation functions.
-
Compute vertical correlation functions (as a function of horizontal position) with a chosen reference level.
-
Compute balance diagnostics (with and without localization).
-
Compute variances and vertical correlations in spectral space.
-
As option 2, but averaged over longitude.
-
Pressure (balanced / unbalanced) diagnostics.
-
Compute maps of balance diagnostics.
-
Theta (balanced / unbalanced) diagnostics.
|
|
nlongs
|
Integer
|
360
|
All
|
Number of longitudes
|
|
nlats
|
Integer
|
288
|
All
|
Number of latitudes
|
|
nlevs
|
Integer
|
70
|
All
|
Number of levels
|
|
UseHowManyMembers
|
Integer
|
0
|
1, 2, 3, 4, 5, 6
|
-
Set the number of ensemble members in the covariance calculations.
-
Set to 0 to use all ensemble members in the input directory.
|
|
UseMember
|
Integer
|
1
|
0
|
To specify which ensemble member is converted for later plotted. Note that the control member is 1.
|
|
PertFromMean
|
Logical
|
.FALSE.
|
3 at moment
|
Set to calculate perturbations from the mean. Unset to calculate perturbations from the control.
|
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NMC
|
Logical
|
.FALSE.
|
6 and 8 at moment
|
Set to use NMC forecast differences instead of ensembles.
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|
NMC_DIRS
|
Character
|
|
6 and 8 at moment
|
Array of directories containing NMC data.
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Localization-related variables
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Localization_type
|
Integer
|
0
|
1, 2, 3
|
0. No localization (raw covariances).
-
Static localization.
-
Super-static localization.
-
Simplified SENCORP localization.
-
ECO-RAP localization.
-
Super-ECO-RAP localization.
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|
HorizLenScale
|
Real
|
100
|
1, 3
|
-
Horizontal smoothing distance (grid length multiples) used to generate smoothed members in (super)ECO-RAP and SENCORP localizations.
-
For (super)ECO-RAP localization this is relevant only when Nk > 0 and HorizSpectype > 1.
|
|
VertLenScale
|
Real
|
10
|
1, 3
|
-
Vertical smoothing distance (grid length multiples) used to generate smoothed members in (super)ECORAP and SENCORP localizations.
-
For (super)ECO-RAP localization this is relevant only when Nkz > 0 and VertSpectype > 1.
|
|
Nk
|
Integer
|
0
|
1, 3
|
Number of horizontal wavenumbers. Set to -1 for no horizontal localization.
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Nkz
|
Integer
|
0
|
1, 3
|
Number of vertical wavenumbers. Set to -1 for no vertical localization.
|
|
HorizSpecType
|
Integer
|
1
|
1, 3
|
Horizontal spectrum shape.
-
Square.
-
Function described by length1_horiz and length2_horiz.
|
|
VertSpecType
|
Integer
|
1
|
1, 3
|
Vertical spectrum shape.
-
Square.
-
Function described by length1_vert and length2_vert.
|
|
length1_horiz
|
Real
|
15
|
1, 3
|
Quasi flat distance in horizontal for moderation fn
|
|
length2_horiz
|
Real
|
50
|
1, 3
|
Drop-off distance in horizontal for moderation fn.
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length1_vert
|
Real
|
5
|
1, 3
|
Quasi flat distance in vertical for moderation fn.
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length2_vert
|
Real
|
15
|
1, 3
|
Drop-off distance in vertical form moderation fn.
|
|
SENCORPorder
|
Integer
|
1
|
1, 3
|
Order of simplified SENCORP method (m in Bishop paper, 0, 1 or 2).
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|
ECORAPorder
|
Integer
|
1
|
1, 3
|
Order of (super)ECO-RAP adaptive ’sub’ matrix (q in Bishop paper, 1 or 2).
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OnlyLocalization
|
Logical
|
.FALSE.
|
1
|
Set to .TRUE. to output only the localization function in the output fields (static and ECO-RAP localization methods only).
|
|
CQ_type
|
Integer
|
1
|
1, 3
|
-
Calculate each element of CQ explicitly (uses CQ_radius_horiz and CQ_radius_vert).
-
Make ensemble of square-root members (uses CQ_radius_horiz) with large number of members (used for faster balance diagnostics).
-
As 2, but uses smaller number of members (recommended for structure function calculations).
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CQ_radius_horiz
|
Integer
|
100
|
1, 3
|
Number of horizontal points (in x or y directions) to include in action of CQ matrix (ECORAP).
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|
CQ_radius_vert
|
Integer
|
50
|
1, 3
|
Number of vertical points to include in action of CQ matrix (ECORAP).
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|
JacobiPairs
|
Integer
|
0
|
1, 3
|
No. of rotations in localization schemes.
|
|
JacobiSeed
|
Integer
|
211541
|
1, 3
|
Random No. seed for Jacobi rotations.
|
|
Parameter conversion switches
|
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Theta2T
|
Logical
|
.TRUE.
|
0, 1, 2, 4, 5
|
Convert θ to T (still store in LS % theta in code).
|
|
hydro_p
|
Logical
|
.FALSE.
|
6
|
Set to use ph (hydrostatic pressure) in calculations.
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|
Exner2p
|
Logical
|
.TRUE.
|
0, 1, 2, 4, 5
|
Convert Π to p (still store in LS % exner in code).
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|
uv2psichi
|
Logical
|
.FALSE.
|
0, 1, 2, 4, 5
|
Convert u and v fields to psi and chi (store in new variables LS % psi and LS % chi in code).
|
|
uv2vortdiv
|
Logical
|
.FALSE.
|
0, 1, 2, 4, 5
|
Convert u and v fields to vorticity and divergence (store in new variables LS % psi and LS % chi in code)
|
|
Flags to switch on/off covariance calculations
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Calc_u_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation functions associated with u (or ψ, ζ).
|
|
Calc_v_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation functions associated with v (or χ, δ).
|
|
Calc_theta_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation function associated with θ.
|
|
Calc_exner_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation function associated with Π.
|
|
Calc_q_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation function associated with q.
|
|
Calc_w_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation function associated with w.
|
|
Calc_ws_stats
|
Logical
|
.FALSE.
|
1, 2, 4, 5
|
Set to .TRUE. to calculate structure/correlation function associated with wind speed.
|
|
Details about the (fixed) source point (to compute covariances with)
|
|
Source_x
|
Integer
|
180
|
1, 2, 3
|
Source point index in the x-direction.
|
|
Source_y
|
Integer
|
144
|
1
|
Source point index in the y-direction
|
|
Source_z
|
Integer
|
36
|
1, 2, 4, 5
|
Source point index in the z-direction.
|
|
CalcInPlanesOnly
|
Logical
|
.TRUE.
|
1, 2,3
|
-
Set to .TRUE. to calculate structure/correlation functions in the Source_x, Source_y, Source_z planes only.
-
Set to .FALSE. to calculate structure/correlation functions at all positions (latter very expensive).
|
|
CalcInLinesOnly
|
Logical
|
.FALSE.
|
1, 2,3
|
Set to .TRUE. to calculate structure/correlation functions in the Source_x, Source_y, Source_z lines only.
|
|
Balance calculation variables
|
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Bal_flag_alpha
|
Logical
|
.FALSE.
|
3
|
Set to include ’second order’ terms in horizontal balance equation.
|
|
Bal_glag_beta
|
Logical
|
.FALSE.
|
3
|
Similar to above (can’t remember difference).
|
|
y_from
|
Integer
|
1
|
3
|
First latitude.
|
|
y_to
|
Integer
|
288
|
3
|
Last latitude.
|
|
SmoothingScale_from
|
Real
|
0
|
3
|
Starting scale for sweep of lengthscales to scale ensemble members before calculating balance diagnostics (units of grid lengths).
|
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SmoothingScale_to
|
Real
|
50
|
3
|
Ending scale for sweep of lengthscales to scale ensemble members before calculating balance diagnostics (units of grid lengths).
|
|
SmoothingScale_inter
|
Real
|
0
|
3
|
Interval of sweep of lengths to scale ensemble members before calculating balance diagnostics (units of grid lengths).
|
|
Bal_CalcMatrix
|
Logical
|
.FALSE.
|
3
|
Set to calculate vertical covariance matrices for θ, θH, Π, ΠH.
|
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Bal_CalcTerms
|
Logical
|
.FALSE.
|
3
|
Set to calculate terms in balance equations.
|
|
Pressure (balanced / unbalanced) diagnostics variables
|
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Pressure_realsp
|
Logical
|
.TRUE.
|
6
|
Calculate pressure diagnostics in real-space.
|
|
Pressure_specsp
|
Logical
|
.TRUE.
|
6
|
Calculate pressure diagnostics in spectral-space.
|
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Pressure_domain_ens
|
Logical
|
.TRUE.
|
6
|
Calculate pressure diagnostics averaged over domain and ensemble.
|
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RemoveMeans
|
Logical
|
.TRUE.
|
6
|
Remove means from covariance calculations.
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RemoveGlobalMean
|
Logical
|
.FALSE.
|
6
|
If RemoveMeans is set, this flag specifies whether to remove the global mean (average over ens and level, TRUE) or point-by-point mean (average over ens, FALSE)
|
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degrade_lengthscale
|
Real
|
0
|
6
|
Degrade lengthscale by this amount (km) - convolutes with a Lorentzian.
|
|
CutOffScale
|
Real
|
20
|
6
|
Filters spectrum with arctan spectral filter with this lengthscale (km)
|
|
TransScale
|
Real
|
2
|
6
|
Transition scale of arctan spectral filter (km)
|
|
Theta_realsp
|
Logical
|
.TRUE.
|
8
|
Calculate theta diagnostics in real-space.
|
|
Theta_specsp
|
Logical
|
.TRUE.
|
8
|
Calculate theta diagnostics in spectral-space.
|
|
Vertical_regression
|
Integer
|
0
|
6
|
Options to perform vertical regression on the balanced pressure.
|
|
|
|
|
|
0. No VR.
-
Read VR matrix from file.
-
Calculate VR matrix from data.
|
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Vertical_regression_file
|
Character
|
StandardRegression_70
|
6
|
Filename of VR matrix (in vertical modes directory)
|
|
Vertical_regression_write
|
Logical
|
.FALSE.
|
6
|
Set to write VR matrix to file (in vertical modes directory)
|
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Vertical_regression_ip
|
Integer
|
0
|
6
|
Inner product to use
|
|
|
|
|
|
0 = Identity.
-
As φ.
-
As χ.
-
As Ap.
-
As μ.
|
|
GlobalMeanBal
|
Logical
|
.FALSE.
|
6
|
Consider global mean p as balanced.
|
|
FFTbp
|
Logical
|
.FALSE.
|
6
|
If set the Fourier method is used to calculate balanced pressure, otherwise GCR is used.
|
|
MaxGCRIters
|
Integer
|
10
|
6
|
Maximum number of iterations for the Laplace equation solver.
|
|
GCR_Restart_value
|
Integer
|
8
|
6
|
For GCR(k) method.
|
|
GCR_precon_option
|
Integer
|
0
|
6
|
GCR preconditioning option (only 0 implemented successfully - no preconditioning).
|
|
deltat
|
Real
|
1
|
6
|
For ADI preconditioner (not implemented).
|
|
read_bp
|
Logical
|
.FALSE.
|
6
|
Set to read-in the balanced pressures instead of using solver.
|
|
JustOutputBalp
|
Logical
|
.FALSE.
|
6
|
Set to output only the balanced pressure (zero bcs).
|