MathUtils_Types.hxx File Reference

#include <math_Vector.hxx>
#include <math_Matrix.hxx>
#include <array>
#include <optional>

Data Structures
struct	MathUtils::ScalarResult
	Result for scalar (1D) root finding and minimization. Contains the found root/minimum location and diagnostic information. More...
struct	MathUtils::PolyResult
	Result for polynomial root finding. Supports up to 4 real roots (for quartic equations). More...
struct	MathUtils::VectorResult
	Result for N-dimensional optimization and system solving. Contains the solution vector and optional gradient/Jacobian information. More...
struct	MathUtils::LinearResult
	Result for linear system solving (Ax = b). Contains the solution vector and matrix determinant if computed. More...
struct	MathUtils::LinearMultipleResult
	Result for multiple linear systems solving (AX = B with matrix RHS). Contains the full solution matrix and determinant if computed. More...
struct	MathUtils::EigenResult
	Result for eigenvalue/eigenvector computation. Contains eigenvalues and optionally eigenvectors. More...
struct	MathUtils::DecompResult
	Result for matrix decomposition (LU, SVD, QR). Structure depends on decomposition type. More...
struct	MathUtils::IntegResult
	Result for numerical integration. Contains integral value and error estimates. More...
struct	MathUtils::InverseResult
	Result for matrix inverse computation. Contains the inverse matrix if computation succeeded. More...

Namespaces
namespace	MathUtils
	Modern math solver types and result structures.

Enumerations
enum class	MathUtils::Status {   MathUtils::OK , MathUtils::NotConverged , MathUtils::MaxIterations , MathUtils::NumericalError ,   MathUtils::InvalidInput , MathUtils::InfiniteSolutions , MathUtils::NoSolution , MathUtils::NotPositiveDefinite ,   MathUtils::Singular , MathUtils::NonDescentDirection }
	Computation status for all math solvers. Provides detailed information about solver outcome. More...