srfm Namespace Reference

Namespaces
namespace	backtest
namespace	beta_calculator
namespace	causal
namespace	constants
namespace	core
namespace	engine
namespace	event_bt
namespace	geodesic
namespace	hawking
namespace	lorentz
namespace	manifold
namespace	minkowski_momentum
namespace	momentum
namespace	multi_asset
namespace	portfolio
namespace	proper_time
namespace	simd
namespace	stream
namespace	tensor

Classes
struct	BetaVelocity
class	CoordinateNormalizer
struct	LorentzFactor
	Lorentz factor γ = 1/√(1−β²). Always ≥ 1.0 for valid beta. More...
struct	RelativisticSignal
	A financial signal with relativistic corrections applied. More...

Typedefs
using	SpacetimePoint = Eigen::Vector< double, SPACETIME_DIM >
using	FourVelocity = Eigen::Vector< double, SPACETIME_DIM >
	A tangent vector at a spacetime point (four-velocity: dx^μ/dτ).
using	MetricMatrix = Eigen::Matrix< double, SPACETIME_DIM, SPACETIME_DIM >
	The covariant metric tensor g_μν: a 4×4 symmetric matrix.

Variables
static constexpr int	SPACETIME_DIM = 4
	Dimensionality of the financial spacetime manifold (1 time + 3 assets).

Typedef Documentation

FourVelocity

using srfm::FourVelocity = typedef Eigen::Vector<double, SPACETIME_DIM>

A tangent vector at a spacetime point (four-velocity: dx^μ/dτ).

Definition at line 44 of file types.hpp.

MetricMatrix

using srfm::MetricMatrix = typedef Eigen::Matrix<double, SPACETIME_DIM, SPACETIME_DIM>

The covariant metric tensor g_μν: a 4×4 symmetric matrix.

Definition at line 47 of file types.hpp.

SpacetimePoint

using srfm::SpacetimePoint = typedef Eigen::Vector<double, SPACETIME_DIM>

A point in the 4-dimensional financial spacetime manifold. Component layout: [t, x¹, x², x³] = [time, asset₁, asset₂, asset₃].

Definition at line 41 of file types.hpp.

Variable Documentation

SPACETIME_DIM

constexpr int srfm::SPACETIME_DIM = 4

staticconstexpr

Dimensionality of the financial spacetime manifold (1 time + 3 assets).

Definition at line 21 of file types.hpp.