def apply_givens(*args):
"""
apply_givens(float const [] B, float [] x, int const n, int const nrot)
apply_givens(double const [] B, double [] x, int const n, int const nrot)
apply_givens(std::complex< float > const [] B, std::complex< float > [] x, int const n, int const nrot)
apply_givens(std::complex< double > const [] B, std::complex< double > [] x, int const n, int const nrot)
"""
return _amg_core.apply_givens(*args)
def apply_givens(*args):
"""
apply_givens(float const [] B, float [] x, int const n, int const nrot)
apply_givens(double const [] B, double [] x, int const n, int const nrot)
apply_givens(std::complex< float > const [] B, std::complex< float > [] x, int const n, int const nrot)
apply_givens(std::complex< double > const [] B, std::complex< double > [] x, int const n, int const nrot)
"""
return _amg_core.apply_givens(*args)
def apply_givens(*args):
"""
apply_givens(float B, float x, int n, int nrot)
apply_givens(double B, double x, int n, int nrot)
apply_givens(npy_cfloat_wrapper B, npy_cfloat_wrapper x, int n,
int nrot)
apply_givens(npy_cdouble_wrapper B, npy_cdouble_wrapper x, int n,
int nrot)
"""
return _amg_core.apply_givens(*args)
def apply_givens(*args):
"""
apply_givens(float B, float x, int n, int nrot)
apply_givens(double B, double x, int n, int nrot)
apply_givens(npy_cfloat_wrapper B, npy_cfloat_wrapper x, int n,
int nrot)
apply_givens(npy_cdouble_wrapper B, npy_cdouble_wrapper x, int n,
int nrot)
"""
return _amg_core.apply_givens(*args)
