Performance measure library. More...
|ne_per_t *||ne_per_top_eigenratio_alloc (void)|
|Allocate eigenratio topological performance measure for network laplcaican. |
|double||ne_per_top_eigenratio (ne_sys_t *sys, ne_dyn_vec_t *dyn, ne_real_t *params)|
|Eigenratio performance measure function. |
|ne_per_t *||ne_per_dyn_orderparam_alloc (ne_real_t delta)|
|Allocate order parameter dynamical performance measure. |
|double||ne_per_dyn_orderparam (ne_sys_t *sys, ne_dyn_vec_t *dyn, double *params)|
|Order parameter performance measure function. |
|double||ne_per_dyn_orderparam_integral (ne_sys_t *sys, ne_dyn_vec_t *dyn, double *params)|
|Adapted order parameter performance measure function. |
|double||ne_per_dyn_orderparam_calc_mu (ne_sys_t *sys, ne_dyn_vec_t *dyn, int t, double delta)|
|Calculates mu required during calculation of order parameter. |
|ne_per_t *||ne_per_dyn_bounded_alloc (ne_real_t tEnd)|
|Allocate bounded synchronisation dynamical performance measure. |
|double||ne_per_dyn_bounded (ne_sys_t *sys, ne_dyn_vec_t *dyn, double *params)|
|Bounded synchronisation function. |
Performance measure library.
Performance measures are used by NetEvo to compare two systems and can be viewed as a selective pressure on the system. Here are a library of built in performance functions. Although allocation is performance on a per measure basis, freeing is performed by the same ne_per_free function.
Definition in file ne_per_lib.h.
Bounded synchronisation function.
Allocate bounded synchronisation dynamical performance measure.
Calculates the boundedness of the current dynamics. This is calculated by taking a section at the end of the simulation (given by parameter) and estimating the bound by finding the maximum squared norm error between all pairs of trajectories. So for example, a perfectly synchronised system would have a bound of 0.
Order parameter performance measure function.
Adapted order parameter performance measure function.
Calculates an adapted version of the Order Parameter which takes transient behaviour into consideration. Does this by calculating the integral for the whole time-series.