Table 2.
Sets of molecular species with values of the complexity indices indicative of presence of chaos.
| Index | Variables | % of total nr. of variables |
|---|---|---|
| Positive Lyapunov exponent | dimkina, dimkinap, spo0f, spo0fp, spo0b, spo0bp, spo0a, spo0ap | 32 |
| Fractal dimension (above the average) | kina_t, kina, dimkina, dimkinap, spo0fp, spo0a, spo0ap, spollg_t | 32 |
| Embedding dimension (above the average) | kina_t, kina, dimkina, dimkinap, spo0fp, spo0a, spo0ap, spollg_t | 36 |
| Time lag (below the average) | laci_t, laci, laci_d, spo0f_t, spo0f, spo0b_t, spo0b, spo0bp, spo0a_t | 64 |
| spo0a, spolla_t, spolle_t, aa, ab, ac, iie | ||
| Sample entropy (above the average) | spo0f, spo0bp, spo0a | 12 |
| Complex trajectory in phase space | ga, gb, spo0a, spo0a_t, spo0b, spo0f_t, spollg_t | 28 |
| Recurrence plot reveals chaos | spo0b, spo0bp, spo0a, spo0ap, aa, ab | 24 |
| High parameter sensitivity (ordered by sensitivity) | aa, spo0a, dimkina, spo0ap, ac, iie, spo0bp, ab, laci_d, ga, spo0b, gb, spo0f | 52 |
The third column reports the percentage of species scoring positive to the test of chaos according to a set of indices.