def __init__(self, domain, z0=None, k0=None, dk=None, beta=None):
"""
set up mapping
:param domain: domain of the mapping
:type domain: ``Domain``
:param z0: depth weighting offset. If not present no depth scaling is applied.
:type z0: scalar
:param k0: reference density, defaults to 0
:type k0: scalar
:param dk: susceptibility scale, defaults to 1
:type dk: scalar
:param beta: depth weighting exponent, defaults to 2
:type beta: ``float``
"""
if k0 is None:
k0 = 0.0
if beta is None:
beta = 2.0
if dk is None:
dk = 1.0
self.domain = domain
if z0 is not None:
DIM = self.domain.getDim()
l_z = boundingBoxEdgeLengths(domain)[DIM - 1]
a = dk * (clip(z0 - domain.getX()[DIM - 1], minval=0) / l_z) ** (beta / 2)
else:
a = dk
super(SusceptibilityMapping, self).__init__(a=a, p0=k0)
def __init__(self, domain, z0=None, k0=None, dk=None, beta=None):
"""
set up mapping
:param domain: domain of the mapping
:type domain: ``Domain``
:param z0: depth weighting offset. If not present no depth scaling is applied.
:type z0: scalar
:param k0: reference density, defaults to 0
:type k0: scalar
:param dk: susceptibility scale, defaults to 1
:type dk: scalar
:param beta: depth weighting exponent, defaults to 2
:type beta: ``float``
"""
if k0 is None: k0 = 0.
if beta is None: beta = 2.
if dk is None: dk = 1.
self.domain = domain
if z0 is not None:
DIM = self.domain.getDim()
l_z = boundingBoxEdgeLengths(domain)[DIM - 1]
a = dk * (clip(z0 - domain.getX()[DIM - 1], minval=0) /
l_z)**(beta / 2)
else:
a = dk
super(SusceptibilityMapping, self).__init__(a=a, p0=k0)
def __init__(self, domain, z0=None, rho0=None, drho=None, beta=None):
"""
initializes the mapping
:param domain: domain of the mapping
:type domain: ``Domain``
:param z0: depth weighting offset. If not present no depth scaling is applied.
:type z0: scalar
:param rho0: reference density, defaults to 0
:type rho0: scalar
:param drho: density scale. By default density of granite = 2750kg/m**3 is used.
:type drho: scalar
:param beta: depth weighting exponent, defaults to 2
:type beta: ``float``
"""
if rho0 is None:
rho0 = 0.0
if drho is None:
drho = 2750 * U.kg / U.m ** 3
if beta is None:
beta = 2.0
self.domain = domain
if z0 is not None:
DIM = self.domain.getDim()
l_z = boundingBoxEdgeLengths(domain)[DIM - 1]
a = drho * (clip(z0 - domain.getX()[DIM - 1], minval=0) / l_z) ** (beta / 2)
else:
a = drho
super(DensityMapping, self).__init__(a=a, p0=rho0)
def __init__(self, domain, z0=None, rho0=None, drho=None, beta=None):
"""
initializes the mapping
:param domain: domain of the mapping
:type domain: ``Domain``
:param z0: depth weighting offset. If not present no depth scaling is applied.
:type z0: scalar
:param rho0: reference density, defaults to 0
:type rho0: scalar
:param drho: density scale. By default density of granite = 2750kg/m**3 is used.
:type drho: scalar
:param beta: depth weighting exponent, defaults to 2
:type beta: ``float``
"""
if rho0 is None: rho0 = 0.
if drho is None: drho = 2750 * U.kg / U.m**3
if beta is None: beta = 2.
self.domain = domain
if z0 is not None:
DIM = self.domain.getDim()
l_z = boundingBoxEdgeLengths(domain)[DIM - 1]
a = drho * (clip(z0 - domain.getX()[DIM - 1], minval=0) /
l_z)**(beta / 2)
else:
a = drho
super(DensityMapping, self).__init__(a=a, p0=rho0)
