Array typedefs#

Defined in sycomore/Array.h

using Real = double#: Real numbers.

using Complex = std::complex<Real>#: Complex numbers.

template<typename T> using Vector2 = xt::xtensor_fixed<T, xt::xshape<2>>#: 2D Vector of arithmetic types

template<typename T> using Vector3 = xt::xtensor_fixed<T, xt::xshape<3>>#: 3D Vector of arithmetic types

template<typename T> using Vector4 = xt::xtensor_fixed<T, xt::xshape<4>>#: 4D Vector of arithmetic types

template<typename T> using Matrix2x2 = xt::xtensor_fixed<T, xt::xshape<2, 2>>#: 2x2 matrix of arithmetic types

template<typename T> using Matrix3x3 = xt::xtensor_fixed<T, xt::xshape<3, 3>>#: 3x3 matrix of arithmetic types

template<typename T> using Matrix4x4 = xt::xtensor_fixed<T, xt::xshape<4, 4>>#: 4x4 matrix of arithmetic types

template<std::size_t N, xt::layout_type L = XTENSOR_DEFAULT_LAYOUT> using TensorR = xt::xtensor<Real, N, L>#: Static-dimension array of real numbers.

template<std::size_t N, xt::layout_type L = XTENSOR_DEFAULT_LAYOUT> using TensorC = xt::xtensor<Complex, N, L>#: Static-dimension array of complex numbers.

using ArrayR = xt::xarray<Real>#: Dynamic-dimension array of real numbers.

using ArrayC = xt::xarray<Complex>#: Dynamic-dimension array of complex numbers.

using Vector2R = Vector2<Real>#: 2D vector of real numbers

using Vector3R = Vector3<Real>#: 3D vector of real numbers

using Vector4R = Vector4<Real>#: 4D vector of real numbers

using Matrix2x2R = Matrix2x2<Real>#: 2x2 matrix of real numbers

using Matrix3x3R = Matrix3x3<Real>#: 3x3 matrix of real numbers

using Matrix4x4R = Matrix4x4<Real>#: 3x3 matrix of real numbers

using Vector2C = Vector2<Complex>#: 2D vector of complex numbers

using Vector3C = Vector3<Complex>#: 3D vector of complex numbers

using Vector4C = Vector4<Complex>#: 4D vector of complex numbers

using Matrix2x2C = Matrix2x2<Complex>#: 2x2 matrix of complex numbers

using Matrix3x3C = Matrix3x3<Complex>#: 3x3 matrix of complex numbers

using Matrix4x4C = Matrix4x4<Complex>#: 3x3 matrix of complex numbers