test_geometric_algebra[5] assert np.float64(1.7053025658242404e-13) < 1e-13 + where np.float64(1.7053025658242404e-13) = abs((np.float64(-456.12155451357535) - np.float64(-456.1215545135752))) + where np.float64(-456.12155451357535) = scalar_product((MultiVector({1: np.float64(-0.82972449791158), 2: np.float64(0.4980040119376122), 4: np.float64(1.1105701418087377), 8: np.float64(-2.753528308229485), 16: np.float64(1.1183431823291998)}, Space(5)) ^ MultiVector({1: np.float64(15.611497680633224), 2: np.float64(-0.608976256025979), 4: np.float64(-25.09943222835105), ...2: np.float64(-4.9699523540688375), 26: np.float64(1.4409029095522692), 28: np.float64(-0.6936939939593889)}, Space(5)))) + where scalar_product = MultiVector({0: np.float64(0.2990716904392102), 3: np.float64(0.17117120117620832), 5: np.float64(1.6313326477729484),..., 12: np.float64(-5.774594229434444), 20: np.float64(2.267347601267988), 24: np.float64(0.1933892101296142)}, Space(5)).scalar_product + and np.float64(-456.1215545135752) = scalar_product(MultiVector({1: np.float64(15.611497680633224), 2: np.float64(-0.608976256025979), 4: np.float64(-25.09943222835105), ...2: np.float64(-4.9699523540688375), 26: np.float64(1.4409029095522692), 28: np.float64(-0.6936939939593889)}, Space(5))) + where scalar_product = (MultiVector({0: np.float64(0.2990716904392102), 3: np.float64(0.17117120117620832), 5: np.float64(1.6313326477729484),..., 12: np.float64(-5.774594229434444), 20: np.float64(2.267347601267988), 24: np.float64(0.1933892101296142)}, Space(5)) >> MultiVector({1: np.float64(-0.82972449791158), 2: np.float64(0.4980040119376122), 4: np.float64(1.1105701418087377), 8: np.float64(-2.753528308229485), 16: np.float64(1.1183431823291998)}, Space(5))).scalar_product

Process completed with exit code 1.

The job was canceled because "_3_10" failed.

The job was canceled because "_3_10" failed.

The operation was canceled.