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Unlimited exponential growth model.
grow_exponential(time, parms)
vector of dependent variable (y).
y
vector of time steps (independent variable).
named parameter vector of the exponential growth model with:
y0 initial abundance (e.g. concentration of bacterial cells).
y0
mumax maximum growth rate (1/time).
mumax
The equation used is: $$y = y0 * exp(mumax * time)$$
Other growth models: grow_baranyi(), grow_gompertz2(), grow_gompertz(), grow_huang(), grow_logistic(), grow_richards(), growthmodel, ode_genlogistic(), ode_twostep()
grow_baranyi()
grow_gompertz2()
grow_gompertz()
grow_huang()
grow_logistic()
grow_richards()
growthmodel
ode_genlogistic()
ode_twostep()
time <- seq(0, 30, length=200) y <- grow_exponential(time, c(y0=1, mumax=0.5))[,"y"] plot(time, y, type="l")
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