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WaveVortexModel
Home
Installation
Users guide
Introduction
Using the WVTransform
Adding forcing
Reading and writing to file
Reading and writing to file, advanced topics
Creating new state variables
Wavenumbers, modes, and indices
WaveVortexModel NetCDF output
Mathematical introduction
Introduction
Orthogonality
The wave-vortex transformation
Class documentation
WVModel
Transforms
WVTransform
WVTransformBoussinesq
WVTransformHydrostatic
WVTransformConstantStratification
WVTransformBarotropicQG
WVTransformStratifiedQG
Forcing
Closures
WVAdaptiveDamping
WVVerticalDiffusivity
WVHorizontalDamping
WVVerticalDamping
WVThermalDamping
WVAntialiasing
WVForcing
WVNonlinearAdvection
WVBottomFrictionLinear
WVBottomFrictionQuadratic
WVFixedAmplitudeForcing
WVBetaPlanePVAdvection
Observing systems
WVObservingSystem
WVEulerianFields
WVLagrangianParticles
WVTracer
WVMooring
WVCoefficients
Model output
WVModelOutputFile
WVModelOutputGroup
WVModelOutputGroupEvenlySpaced
Flow components
WVFlowComponent
WVPrimaryFlowComponent
WVTotalFlowComponent
WVGeostrophicComponent
WVInternalGravityWaveComponent
WVInertialOscillationComponent
WVMeanDensityAnomalyComponent
Operations & annotations
WVOperation
WVVariableAnnotation
Developers guide
Operations and variables
Design of the primary flow components
Annotations
Class annotations
WaveVortexModel style guide
Acknowledgements
Version History
Search WaveVortexModel
M
M
spectral matrix that multiplies Ap,Am,A0 to zero out the aliased modes
Discussion