LinearAlgebra/givens/Test Givens for ComplexF32/A = ComplexF32[-1.0186821f0 + 0.22191153f0im 0.02584635f0 + 0.869454f0im 0.41550177f0 + 1.2392163f0im -0.7837217f0 - 0.36314774f0im -0.14464375f0 - 0.9754303f0im -1.9469707f0 + 1.244119f0im 0.107338384f0 + 1.6468503f0im -0.8710902f0 + 0.111887805f0im 0.44287896f0 - 1.3766816f0im 0.031126581f0 + 0.43991408f0im; -0.20551485f0 - 0.4636849f0im 1.0950333f0 - 1.2467211f0im 1.0754358f0 + 0.25881878f0im -0.16386552f0 + 1.0185498f0im 0.06969183f0 + 0.32389748f0im -0.34818247f0 + 0.65902823f0im 1.4807793f0 + 0.14538687f0im 1.105324f0 + 0.46369565f0im 0.039744712f0 + 1.6723665f0im -0.02246647f0 - 1.7739275f0im; -0.2859138f0 + 0.0053250208f0im 0.45645952f0 - 0.041445438f0im -0.010667725f0 - 2.2441008f0im -0.4445541f0 - 0.21786651f0im -0.24609156f0 - 0.78101075f0im 0.83299077f0 - 0.015062125f0im 0.7493944f0 - 0.74897236f0im -0.7158226f0 + 1.2804701f0im -0.46701092f0 - 0.90932304f0im 1.3149621f0 - 0.5887161f0im; -0.81089246f0 + 0.33154973f0im -0.5643126f0 + 0.46422234f0im -1. @test (G * Matrix(elty(1) * I, 10, 10)) * G' ≈ Matrix(I, 10, 10)