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Parallel PopGen Package
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functor: models exponential growth of population size (individuals) over time More...
Public Member Functions | |
| demography_exponential_growth () | |
| default constructor More... | |
| demography_exponential_growth (float rate, int initial_population_size, int generation_shift=0) | |
| constructor More... | |
| __host__ __device__ __forceinline__ int | operator() (const int population, const int generation) const |
Demographic operator, returns population size (individuals), N, for a given population, generation More... | |
Public Attributes | |
| float | rate |
| exponential growth rate More... | |
| int | initial_population_size |
| initial population size More... | |
| int | generation_shift |
| number of generations to shift function backwards More... | |
functor: models exponential growth of population size (individuals) over time
Definition at line 177 of file go_fish.cuh.
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inline |
default constructor
all parameters set to 0
Definition at line 295 of file template_inline_simulation_functors.cuh.
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inline |
constructor
| generation_shift | (optional input) default 0 |
Definition at line 297 of file template_inline_simulation_functors.cuh.
| __host__ __device__ __forceinline__ int Sim_Model::demography_exponential_growth::operator() | ( | const int | population, |
| const int | generation | ||
| ) | const |
Demographic operator, returns population size (individuals), N, for a given population, generation
N = round(initial_population_size* \(e^{\textrm{rate*(generation-generation_shift)}} \))
Definition at line 299 of file template_inline_simulation_functors.cuh.
| float Sim_Model::demography_exponential_growth::rate |
exponential growth rate
Definition at line 179 of file go_fish.cuh.
| int Sim_Model::demography_exponential_growth::initial_population_size |
initial population size
Definition at line 180 of file go_fish.cuh.
| int Sim_Model::demography_exponential_growth::generation_shift |
number of generations to shift function backwards
useful if you are starting the simulation from a previous simulation state and this function is expecting to start at 0 or any scenario where you want to shift the generation of the function relative to the simulation generation
Definition at line 181 of file go_fish.cuh.