compute(const MatrixType &matrix) | SparseLU | [inline] |
flags() const | SparseLU | [inline] |
LUMatrixType typedef (defined in SparseLU) | SparseLU | [protected] |
m_flags (defined in SparseLU) | SparseLU | [protected] |
m_precision (defined in SparseLU) | SparseLU | [protected] |
m_status (defined in SparseLU) | SparseLU | [mutable, protected] |
m_succeeded (defined in SparseLU) | SparseLU | [protected] |
MatrixLUIsDirty enum value (defined in SparseLU) | SparseLU | [protected] |
orderingMethod() const (defined in SparseLU) | SparseLU | [inline] |
precision() const | SparseLU | [inline] |
RealScalar typedef (defined in SparseLU) | SparseLU | [protected] |
Scalar typedef (defined in SparseLU) | SparseLU | [protected] |
setFlags(int f) | SparseLU | [inline] |
setOrderingMethod(int m) (defined in SparseLU) | SparseLU | [inline] |
setPrecision(RealScalar v) | SparseLU | [inline] |
solve(const MatrixBase< BDerived > &b, MatrixBase< XDerived > *x) const | SparseLU | [inline] |
SparseLU(int flags=0) | SparseLU | [inline] |
SparseLU(const MatrixType &matrix, int flags=0) | SparseLU | [inline] |
succeeded(void) const | SparseLU | [inline] |