phaseR-package |
Phase plane analysis of one- and two-dimensional autonomous ODE systems |
.paramDummy |
A function such that we can apply DRY in param documentation |
competition |
The species competition model |
drawManifolds |
Stable and unstable manifolds |
example1 |
Example ODE system 1 |
example10 |
Example ODE system 10 |
example11 |
Example ODE system 11 |
example12 |
Example ODE system 12 |
example13 |
Example ODE system 13 |
example14 |
Example ODE system 14 |
example15 |
Example ODE system 15 |
example2 |
Example ODE system 2 |
example3 |
Example ODE system 3 |
example4 |
Example ODE system 4 |
example5 |
Example ODE system 5 |
example6 |
Example ODE System 6 |
example7 |
Example ODE system 7 |
example8 |
Example ODE system 8 |
example9 |
Example ODE system 9 |
exponential |
The exponential growth model |
findEquilibrium |
Equilibrium point identification |
flowField |
Flow field |
lindemannMechanism |
The Lindemann mechanism |
logistic |
The logistic growth model |
lotkaVolterra |
The Lotka-Volterra model |
monomolecular |
The monomolecular growth model |
morrisLecar |
The Morris-Lecar model |
nullclines |
Nullclines |
numericalSolution |
Numerical solution and plotting |
phasePlaneAnalysis |
Phase plane analysis |
phasePortrait |
Phase portrait plot |
phaseR |
Phase plane analysis of one- and two-dimensional autonomous ODE systems |
simplePendulum |
The simple pendulum model |
SIR |
The SIR epidemic model |
stability |
Stability analysis |
toggle |
The genetic toggle switch model |
trajectory |
Phase plane trajectory plotting |
vanDerPol |
The Van der Pol oscillator |
vonBertalanffy |
The von Bertalanffy growth model |