| Ctensorium_RG::bssn::ADMVariables< T > | ADM \((3+1)\) variables evaluated at a spatial point |
| CAlignedAllocator< T, Alignment > | Aligned memory allocator for high-performance computing |
| Ctensorium_RG::AlignedDeleter< T > | |
| CASTConsumer | |
| CTensoriumASTConsumer | AST consumer that matches specific patterns in the AST related to Tensorium usage |
| Ctensorium_RG::BoundaryClamp | |
| Ctensorium_RG::BoundaryPeriodic | |
| Ctensorium_RG::BSSN< T > | Driver class to initialize and store BSSN variables from an input spacetime metric |
| Ctensorium_RG::BSSNAtildeTensor< K > | Computes the trace-free conformal extrinsic curvature tensor \( \tilde{A}_{ij} \) in the BSSN formalism |
| Ctensorium_RG::BSSNChristoffel< T > | Compute the conformal Christoffel symbols \( \tilde{\Gamma}^k_{ij} \) |
| CBSSNConstraints< T > | |
| Ctensorium_RG::BSSNContractedGamma< T > | |
| Ctensorium_RG::BSSNGrid | Storage structure for all evolved BSSN variables on a single grid point or patch |
| Ctensorium_RG::bssn::BSSNRHSWorkspace< T > | Stores RHS buffers for every evolved variable |
| Ctensorium_RG::bssn::BSSNRKStepper< T, Boundary > | Classical RK4 stepper that manages halo exchanges, geometry refresh, and diagnostics |
| Ctensorium_RG::bssn::BSSNVariables< T > | Conformal variables \(\{\chi,\tilde{\gamma}_{ij},\tilde{\gamma}^{ij}\}\) derived from ADM data |
| Ctensorium::CacheInfo | |
| Ctensorium_RG::ChiContext< T > | |
| Ctensorium_RG::ChristoffelSym< T > | Stores and computes Christoffel symbols \( \Gamma^\lambda_{\mu\nu} \) |
| Ctensorium_RG::bssn::ConstraintMonitorStats | Snapshot of max/L2 Hamiltonian error plus algebraic drifts |
| Ctensorium_RG::ConstraintSolver< T > | |
| Ctensorium::Derivate< K > | A 2D aligned matrix for numerical derivatives |
| Ctensorium::DerivateND< K, Rank > | A multi-dimensional aligned tensor for numerical derivatives |
| Ctensorium_RG::ExtrinsicCurvature< K > | Computes the extrinsic curvature tensor \( K_{ij} \) from BSSN variables |
| Ctensorium_RG::Field3D< T > | |
| Ctensorium_RG::bssn::GaugeParameters< T > | Tunable coefficients for the Gamma-driver system |
| Ctensorium::solver::Gauss< K > | Direct Gaussian elimination solver with SIMD acceleration |
| Ctensorium::solver::GaussSeidel< K > | Placeholder for Gauss–Seidel iterative solver |
| Ctensorium::GemmKernelBig< T > | |
| Ctensorium_RG::GridDims | |
| Ctensorium_RG::bssn::InvariantStats | Aggregated statistics computed over the interior domain |
| Ctensorium_RG::bssn::InvariantTolerances | Thresholds against which assert_invariants compares the measured drifts |
| Ctensorium::solver::Jacobi< K > | Iterative Jacobi solver with SIMD and OpenMP support |
| CMatchFinder::MatchCallback | |
| CTensoriumASTConsumer::AlignedChecker | Callback for handling matches from the AST |
| CMathsUtils | |
| Ctensorium::Matrix< K, RowMajor > | High-performance aligned matrix class with SIMD support |
| Ctensorium::Matrix< K, true > | |
| Ctensorium::MatrixKernel< K > | MatrixKernel provides specialized SIMD-accelerated matrix multiplication routines for statically-sized square matrices |
| Ctensorium_RG::Metric< T > | A callable 4D metric class for general relativity (Minkowski, Schwarzschild, Kerr, etc.) |
| Ctensorium_RG::bssn::ProjectionConfig | Fine-grained control over which invariants get enforced during projection |
| CAlignedAllocator< T, Alignment >::rebind< U > | Rebinding structure for allocator traits |
| Ctensorium_RG::RicciConformalTensor< T > | Provides methods to compute the \( \chi \)-dependent part of the Ricci tensor in the BSSN formalism |
| Ctensorium_RG::RicciPhysicalTensor< T > | Computes the physical 3-Ricci tensor \( R_{ij} \) as the sum of conformal and conformal-factor contributions |
| Ctensorium_RG::RicciTensor< T > | Computes the Ricci tensor and Ricci scalar from a 4D Riemann tensor |
| Ctensorium_RG::RicciTildeTensor< T > | Provides methods to compute the conformal Ricci tensor \( \tilde{R}_{ij} \) in the BSSN formulation |
| Ctensorium_RG::RiemannTensor< T > | Computes the 4D Riemann curvature tensor \( R^\rho_{\ \sigma\mu\nu} \) |
| Ctensorium_RG::bssn::SampleLocation | Index-space and physical coordinates where the worst invariant violation occurred |
| Csimd::SimdTraits< T, ISA > | |
| Ctensorium::SpectalChebyshev< T > | Placeholder Chebyshev spectral method class |
| Ctensorium::SpectralFFT< T > | Fast Fourier Transform (FFT) implementation using Cooley–Tukey algorithm |
| Ctensorium_RG::Strides< T > | |
| Ctensorium::Tensor< K, Rank > | Multi-dimensional tensor class with fixed rank and SIMD support |
| CTensoriumTarget | |
| Ctensorium::TensorTraits< T > | |
| Ctensorium::TensorTraits< Tensor< T, Rank > > | |
| Ctensorium::TensorTraits< Vector< T > > | |
| Ctensorium_RG::TildeGamma< T > | Computes the contracted conformal Christoffel vector \( \tilde{\Gamma}^i \) |
| Ctensorium::Vector< K > | Aligned, SIMD-optimized mathematical vector class for scientific computing |
1.16.1