pub fn factorize_supernodal_numeric_llt<I: Index, T: ComplexField>(
L_values: &mut [T],
A_lower: SparseColMatRef<'_, I, T>,
regularization: LltRegularization<T::Real>,
symbolic: &SymbolicSupernodalCholesky<I>,
par: Par,
stack: &mut MemStack,
params: Spec<LltParams, T>,
) -> Result<LltInfo, LltError>Expand description
computes the numeric values of the cholesky $LL^H$ factor of the matrix $A$, and stores them
in l_values
§warning
only the lower (not upper, unlike the other functions) triangular part of $A$ is accessed
§panics
the symbolic structure must be computed by calling
factorize_supernodal_symbolic_cholesky on a matrix with the same symbolic structure
otherwise, the behavior is unspecified and panics may occur