Publication date
October 2022
DOIAbstract
This file contains the computer code used to generate the figures in the main text. This code was prepared in Mathematica 12.1.1.0 and it is made available under a Creative Commons Attribution licence (CC BY)
This file contains the computer code used to generate the figures in the main text. This code was prepared in Mathematica 12.1.1.0 and it is made available under a Creative Commons Attribution licence (CC BY)
This Matlab file contains code to simulate the model (producing evolutionary trajectories as in Figs...
The R code for the parts of the analysis that were carried out in R, and the code for making the fig...
Mathematica by Example, Fifth Edition is an essential desk reference for the beginning Mathematica u...
This is a .zip file which contains the simulation data used to make the figures in our paper. It al...
Code for generation of all figures in the manuscript (main text and supplement), split by figure num...
A Mathematica notebook containing and describing the code used for all numerical analyses in this pu...
This is c++ code which was used to produce the simulation data presented in Figure 2
Codes to produce the data in the figures in the main paper. These codes utilise the theory establish...
Code to generate 1) a landscape figure and 2) a figure showing the evolved dispersal strategy, equiv...
This deposit contains Mathematica notebooks and R scripts allowing users to reproduce the simulation...
Code for production of Figures and data for "Evolutionary Dynamics in a Varying Environment: Continu...
This Mathematica notebook contains the code used to generate figures in the MS. It can be read usin...
This code implements the simulation of cultural evolution for the paper “Inferring individual-level ...
This file contains example code to run a simulation, analyze the data from simulations, and find ESS...
This contains the simulation source codes (for Mathematica), as well as the simulated data, used to ...
This Matlab file contains code to simulate the model (producing evolutionary trajectories as in Figs...
The R code for the parts of the analysis that were carried out in R, and the code for making the fig...
Mathematica by Example, Fifth Edition is an essential desk reference for the beginning Mathematica u...
This is a .zip file which contains the simulation data used to make the figures in our paper. It al...
Code for generation of all figures in the manuscript (main text and supplement), split by figure num...
A Mathematica notebook containing and describing the code used for all numerical analyses in this pu...
This is c++ code which was used to produce the simulation data presented in Figure 2
Codes to produce the data in the figures in the main paper. These codes utilise the theory establish...
Code to generate 1) a landscape figure and 2) a figure showing the evolved dispersal strategy, equiv...
This deposit contains Mathematica notebooks and R scripts allowing users to reproduce the simulation...
Code for production of Figures and data for "Evolutionary Dynamics in a Varying Environment: Continu...
This Mathematica notebook contains the code used to generate figures in the MS. It can be read usin...
This code implements the simulation of cultural evolution for the paper “Inferring individual-level ...
This file contains example code to run a simulation, analyze the data from simulations, and find ESS...
This contains the simulation source codes (for Mathematica), as well as the simulated data, used to ...
This Matlab file contains code to simulate the model (producing evolutionary trajectories as in Figs...
The R code for the parts of the analysis that were carried out in R, and the code for making the fig...
Mathematica by Example, Fifth Edition is an essential desk reference for the beginning Mathematica u...
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