Simulation of Ecological (and Other) Dynamic Systems
Add Functions from a Non-nested List of Named Functions to a Common En...
Linear Interpolation with Complete Matrices or Data Frames
Coerce simObj Objects to Lists and Vice-Versa
Edit parms', init' or times' Slot of simecol' Objects
Count Number of Neighbours in a Rectangular Cellular Grid.
Parameter Fitting for odeModel Objects
Create Regular Sequence from 'from-to-by' Vector
Methods for Function initialize' in Package simecol'
Discrete Simulation
Helpful Union Classes
Mix Two Named Vectors, Resolving Name Conflicts
Show Results of Model Fits
Class of Fitted Model Parameters
Count Number of Neighbours on a Rectangular Grid.
Get or Set an Observer Functions to an `simObj' Object
Generating-functions (Constructors) to Create Objects of Classes `odeM...
Transform Data Between Unconstrained and Box-constrained Scale
Accessor Functions for `simObj' Objects
Generate Plackett Bivariate Random Numbers
Find Peaks Within xy-Data
Methods for Function plot in Package `simecol'
Methods for Function print' in Package simecol'
Simple editing
Color Fill Algorithm
Simulation of 'simObj' model objects
tools:::Rd_package_title("simecol")
Sum of Squares Between odeModel and Data
An object oriented framework to simulate ecological (and other) dynamic systems. It can be used for differential equations, individual-based (or agent-based) and other models as well. It supports structuring of simulation scenarios (to avoid copy and paste) and aims to improve readability and re-usability of code.