Ordinary Differential Equation Systems in Ecology

---

Documentation for package ‘ecode’ version 0.1.0

• DESCRIPTION file.
• Package NEWS.

Help Pages

*.pp	Multiply Operator for Phase Points
+.pp	Add Operator for Phase Points
-.pp	Subtract Operator for Phase Points
/.pp	Divide Operator for Phase Points
eode	Create an ODE System
eode_get_cripoi	Find Equilibrium Point
eode_get_sysmat	System Matrix
eode_get_velocity	Velocity Vector
eode_gridSearch	Grid Search For Optimal Parameters
eode_is_centre	Centre
eode_is_saddle	Saddle
eode_is_stafoc	Stable Focus
eode_is_stanod	Stable Node
eode_is_stapoi	Stable Equilibrium Point
eode_is_unsfoc	Unstable Focus
eode_is_unsnod	Unstable Node
eode_is_validval	Test the Validity of a Phase Point
eode_lossf	Calculate Loss Function
eode_proj	Solve ODEs
eode_sensitivity_proj	Sensitivity Analysis
eode_set_constraint	Set New Constraints
eode_set_parameter	Set New Parameters
eode_simuAnnealing	Simulated Annealing For Optimal Parameters
eode_stability_type	Stability Analysis
length.eode	Length of an ODE System
length.pdata	Get Length Of Population Dynamics Data
pc_calculator	Variable Calculator In ODE Systems
pc_plot	Plot a Phase Curve in Phase Plane
pdata	Create Population Dynamics Data
pdist	Distance between Phase Points
plot.eode	Plot Phase Velocity Vector Field
plot.pc	Plot a Phase Curve With Time
plot.pcfamily	Plot Phase Curve Family
plot.velocity	Create a Plot of a Phase Velocity Vector
pp	Create a Phase Point
print.eode	Print Brief Details of an ODE System
print.pc	Print Brief Details of a Phase Curve
print.pcfamily	Print Brief Details of a Phase Curve Family
print.pdata	Print Brief Details of Population Dynamics Data
print.pp	Print Brief Details of a Phase Point
print.velocity	Print Brief Details of a Phase Velocity Vector
[.pdata	Extract Parts of an Population Dynamics Data