================================
      Test of svd routines
================================
Real matrix
A = [[1.45728 1.30289 0.432204 1.28131 1.19487]
 [-1.13848 -0.505866 0.563233 0.00583875 0.284213]
 [1.12252 0.746416 0.917611 -0.0358695 -0.281477]
 [0.937431 -0.697447 -0.403519 -0.453088 1.51511]
 [0.308753 1.02252 0.457302 -1.72459 1.09403]]
U = [[-0.738675 0.450771 -0.174026 -0.419895 0.21111]
 [0.243884 -0.154681 -0.0219531 -0.827673 -0.480697]
 [-0.361426 0.186709 0.472213 0.271914 -0.733204]
 [-0.310214 -0.429132 -0.740614 0.214017 -0.353976]
 [-0.4099 -0.74422 0.444678 -0.137492 0.247942]]
V = [[-0.682901 0.174451 -0.137997 0.636489 -0.281161]
 [-0.48879 0.145853 0.598425 -0.172618 0.593213]
 [-0.180611 0.0475343 0.457935 -0.438909 -0.750183]
 [-0.0265416 0.87024 -0.362581 -0.330722 0.0336957]
 [-0.511279 -0.434415 -0.530729 -0.5129 0.071676]]
S = [3.18814 2.35325 1.85164 1.24713 0.794576]
only S = [3.18814 2.35325 1.85164 1.24713 0.794576]

Complex matrix
A = [[-1.01415+0.298065i 0.219153-0.139473i -0.138344+1.18493i -0.192308-0.464038i -0.369841-0.242392i]
 [-0.781279+0.220548i 0.191044+0.93052i 0.4894-0.0572022i 1.38394+1.46117i -0.846777-0.175999i]
 [1.15323-0.319662i -0.0200631-0.358544i -1.33716-0.619299i -0.120173+1.04821i -0.292145+0.410116i]
 [0.181756-0.235722i -0.998818-0.958855i -0.214406+0.297753i -0.0550264+0.808222i -1.49255+0.7828i]
 [-0.866433-0.637334i 0.11692-0.622633i 0.555327+0.957725i 0.532925-0.19296i -0.170349+1.34399i]]
U = [[-0.184645-0.0309929i 0.33455+0.268378i -0.332171+0.259827i -0.0138576-0.555149i 0.392798-0.374799i]
 [-0.175594-0.298741i 0.0314735-0.75728i -0.494842-0.0937553i 0.172896+0.07457i 0.0188804-0.126444i]
 [0.438736-0.318855i -0.370535-0.0402106i 0.28764-0.0865993i 0.0566993+0.0354526i 0.276501-0.629101i]
 [0.12738-0.487032i 0.202995-0.146545i 0.398914+0.433212i 0.354223-0.317708i -0.157402+0.293087i]
 [-0.475841-0.266192i 0.114396+0.164028i 0.157336+0.326646i 0.0147227+0.651968i 0.31795-0.0700119i]]
V = [[0.461214+-0i -0.393566+-0i 0.318374+-0i -0.525171+-0i -0.505194+-0i]
 [0.0607451+0.151684i -0.312426+0.0910914i -0.525826+0.267825i -0.30202+0.511401i 0.281437-0.295325i]
 [-0.339449+0.333179i 0.388321-0.404607i 0.0955287+0.164877i -0.219719+0.455408i -0.323805+0.249868i]
 [-0.473597-0.283083i -0.532509-0.253942i -0.272347-0.0181834i 0.254405-0.0325631i -0.45362-0.0382163i]
 [-0.242712+0.413535i -0.0817165+0.264514i 0.221156-0.625053i 0.0774433+0.20975i -0.0990549-0.440487i]]
S = [3.41946 2.5347 2.4045 0.961594 0.715161]
only S = [3.41946 2.5347 2.4045 0.961594 0.715161]