ThetaParameter definitions for the Base Case |
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Parameters (12)
| IRA |
Value: 25 Type: Population (#) Description: Initial rabbit population |
|---|---|
| IFO |
Value: 2 Type: Population (#) Description: Initial fox population |
| IWO |
Value: 4 Type: Population (#) Description: Initial wolf population |
| foxRabbit_beta |
Value: 6.34195839675292e-10 Type: Rate (1/s) Description: Rabbit fractional death rate per fox |
| foxRabbit_delta |
Value: 6.34195839675292e-10 Type: Rate (1/s) Description: Fox fractional reproduction rate per rabbit |
| foxesDeathRate |
Value: 1.26839167935058e-08 Type: Rate (1/s) Description: Fractional death rate for fox popultion |
| rabbitsReproRate |
Value: 3.17097919837646e-09 Type: Rate (1/s) Description: Fractional reproduction rate for rabbit population |
| wolfRabbit_beta |
Value: 6.34195839675292e-10 Type: Rate (1/s) Description: Rabbit fractional death rate per wolf |
| wolfRabbit_delta |
Value: 3.17097919837646e-10 Type: Rate (1/s) Description: Wolf fractional reproduction rate per rabbit |
| wolvesDeathRate |
Value: 1.26839167935058e-08 Type: Rate (1/s) Description: Fractopmaö death rate for wolf population |
| wolfFox_beta |
Value: 1.26839167935058e-09 Type: Rate (1/s) Description: Fox fractional death rate per wolf |
| wolfFox_delta |
Value: 2.53678335870117e-09 Type: Rate (1/s) Description: Wolf fractional reproduction rate per fox |
Used in Examples (1)
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LotkaVolterraEquationsRevisited BusinessSimulation.Examples Predator-prey dynamics with an additional predator |