brainpy.analysis.lowdim.Bifurcation2D
brainpy.analysis.lowdim.Bifurcation2D#
- class brainpy.analysis.lowdim.Bifurcation2D(model, target_pars, target_vars, fixed_vars=None, pars_update=None, resolutions=None, options=None)[source]#
Bifurcation analysis of 2D system.
Using this class, we can make co-dimension1 or co-dimension2 bifurcation analysis.
- __init__(model, target_pars, target_vars, fixed_vars=None, pars_update=None, resolutions=None, options=None)[source]#
Methods
__init__
(model, target_pars, target_vars[, ...])convert_type
()plot_bifurcation
([with_plot, show, ...])Make the bifurcation analysis.
plot_limit_cycle_by_sim
([duration, ...])show_figure
()Attributes
F_dfxdx
F_dfxdy
F_dfydx
F_dfydy
F_fixed_point_aux
F_fixed_point_opt
F_fx
Make the standard function call of \(f_x (*\mathrm{vars}, *\mathrm{pars})\).
F_fy
The function to evaluate \(f_y(*\mathrm{vars}, *\mathrm{pars})\).
F_int_x
F_int_y
F_jacobian
The function to evaluate \(J(*\mathrm{vars}, *\mathrm{pars})\).
F_vmap_fp_aux
F_vmap_fp_opt
F_vmap_fx
F_vmap_fy
F_vmap_jacobian
F_x_by_y_in_fx
F_x_by_y_in_fy
F_x_convert
F_y_by_x_in_fx
F_y_by_x_in_fy
F_y_convert