shxarray.kernels.gravfunctionals

class shxarray.kernels.gravfunctionals.Load2Geoid(knLove=None, nmax=None, deg0scale=None)

Bases: IsoKernelBase

Provides an isotropic kernel representing the transformation of a surface load (in m) to geoid height in meter

name = 'load2geoid'

transform = ('load', 'geoid')

class shxarray.kernels.gravfunctionals.Load2Uplift(hnLove=None, nmax=None, deg0scale=None)

Bases: IsoKernelBase

Provides an isotropic kernel representing the transformation of surface load (in m) to elastic uplift in meter

name = 'load2uplift'

transform = ('load', 'uplift')

class shxarray.kernels.gravfunctionals.Stokes2Geoid(nmax)

Bases: IsoKernelBase

Provides an isotropic kernel representing the transformation of disturbing potential to geoid height in meter, using Brun’s formula

name = 'stoked2geoid'

transform = ('stokes', 'geoid')

class shxarray.kernels.gravfunctionals.Stokes2TWS(knLove=None, nmax=None)

Bases: IsoKernelBase

Provides an isotropic kernel representing the transformation of Stokes coefficients [-] to equivalent water height [m]

name = 'stokes2tws'

transform = ('stokes', 'tws')

shxarray.kernels.gravfunctionals.gravFunc(fromType, toType, **kwargs)

Computes a kernel to transform of one gravitational function into another