rho = 0.02: a40i law (printed atoms, renormalised) on this lattice: objective -0.0032555389, E|Z| = 0.8518449166, V+ = 0.98000, penalty 0.0e+00 (a40i: -0.0032562496)
rho = 0.1: a40i law (printed atoms, renormalised) on this lattice: objective -0.0165676697, E|Z| = 0.8385363950, V+ = 0.90000, penalty 0.0e+00 (a40i: -0.0165675956)
rho = 0.02: best after ascent and polish (start 3; 0 = the a40i law itself) objective -0.0030130924, E|Z| = 0.8520873631, V+ = 0.98000, V- = 0.00096, lam+ = 0.44629, penalty 0.0e+00, s2 = 0.00000; pruned law: 13 atoms, fft 0.852087363107, exact None
      atoms with weight > 1e-4: [[-1.17, 0.00096], [-0.2, 0.00011], [0.845, 0.01893], [1.38, 0.01306], [1.385, 0.00076], [1.39, 0.00305], [1.41, 0.00389], [1.415, 0.01555], [1.44, 0.21233], [1.445, 0.05308], [1.45, 0.1958], [1.525, 0.24124], [1.53, 0.24124]]
      all starts: [-0.0030554, -0.0030295, -0.0030443, -0.0030131, -0.00312, -0.0031091, -0.0030165, -0.0030199]
rho = 0.1: best after ascent and polish (start 5; 0 = the a40i law itself) objective -0.0159943868, E|Z| = 0.8391060686, V+ = 0.90000, V- = 0.02275, lam+ = 0.44628, penalty 0.0e+00, s2 = 0.00000; pruned law: 8 atoms, fft 0.839106068651, exact None
      atoms with weight > 1e-4: [[-1.18, 0.02275], [-0.29, 0.00139], [0.845, 0.07586], [1.405, 0.25229], [1.415, 0.04654], [1.42, 0.18618], [1.43, 0.41373], [1.485, 0.00127]]
      all starts: [-0.0161181, -0.0160188, -0.0160842, -0.0166242, -0.016009, -0.0159944, -0.016191, -0.0160672]
46 s; flags = 0 (a flag: an objective above 1e-9)
A40K2_PASS

real	0m46.590s
user	3m20.938s
sys	1m21.176s
DONE_EXIT=0
