xtN: Simulate deterministic dynamics
In ecostatscale: Statistical Scaling Functions for Ecological Systems
xtN R Documentation
Simulate deterministic dynamics
Description
Helper function for symdynN. Simulate an ODE given parameters, starting value, and times.
Usage
xtN(t0, t1, B0, odepars, dffun, nsteps = 2)
Arguments
t0
initial time step
t1
desired time step
B0
initial abundance
odepars
parameter list
dffun
function for calculating derivatives
nsteps
number of time steps to return - defaults to 2
Value
a matrix of species abundances
ecostatscale documentation built on Oct. 23, 2023, 1:06 a.m.
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| xtN | R Documentation |
Simulate deterministic dynamics
Description
Helper function for symdynN. Simulate an ODE given parameters, starting value, and times.
Usage
xtN(t0, t1, B0, odepars, dffun, nsteps = 2)
Arguments
t0 |
initial time step |
t1 |
desired time step |
B0 |
initial abundance |
odepars |
parameter list |
dffun |
function for calculating derivatives |
nsteps |
number of time steps to return - defaults to 2 |
Value
a matrix of species abundances
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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