Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

▼NGO_Fish	Namespace for single-locus, forward, Monte-Carlo Wright-Fisher simulation and output data structures
▼Callele_trajectories	Control and output data structure for GO_Fish simulation
Csim_constants	Specification of simulation constants
CmutID	Structure specifying the ID for a mutation in a GO_Fish simulation
▼NSim_Model	Namespace of functions for controlling GO_Fish simulations
Cbool_off	Functor: turns sampling and preserving off (for every generation except the final one which is always sampled)
Cbool_on	Functor: turns sampling and preserving on (for every generation except the final one which is always sampled)
Cbool_piecewise	Functor: returns the result of function f1 until generation inflection_point, then returns the result of function f2
Cbool_pulse	Functor: returns the result of function f_default except at generation pulse returns the result of function f_action
Cdemography_constant	Functor: single, constant population size (N individuals) across populations and over time
Cdemography_exponential_growth	Functor: models exponential growth of population size (individuals) over time
Cdemography_logistic_growth	Functor: models logistic growth of population size (individuals) over time
Cdemography_piecewise	Functor: demography function changes from d1 to d2 at generation inflection_point
Cdemography_population_specific	Functor: one population, pop, has a different, demography function, d_pop, all others have function, d
Cdemography_sine_wave	Functor: models population size (individuals) as a sine wave through time
CF_mu_h_constant	Functor: models parameter p as a constant across populations and over time
CF_mu_h_piecewise	Functor: parameter function changes from p1 to p2 at generation inflection_point
CF_mu_h_population_specific	Functor: one population, pop, has a different, parameter function, p_pop, all others have function p
CF_mu_h_sine_wave	Functor: models parameter as a sine wave through time
Cmigration_constant_directional	Functor: migration flows at rate m from pop1 to pop2 and function rest for all other migration rates
Cmigration_constant_equal	Functor: migration flows at rate m from pop i to pop j =/= i and 1-(num_pop-1)*m for i == j
Cmigration_piecewise	Functor: migration function changes from m1 to m2 at generation inflection_point
Cselection_constant	Functor: models selection coefficient s as a constant across populations and over time
Cselection_linear_frequency_dependent	Functor: models selection coefficient as linearly dependent on frequency
Cselection_piecewise	Functor: selection function changes from s1 to s2 at generation inflection_point
Cselection_population_specific	Functor: one population, pop, has a different, selection function, s_pop, all other have function s
Cselection_sine_wave	Functor: models selection as a sine wave through time
▼NSpectrum	Namespace for site frequency spectrum data structure and functions. (in prototype-phase)
CSFS	Site frequency spectrum data structure (at the moment, functions only generate SFS for a single population at a single time point)