Code from: Finding evolutionary equilibria and Nash equilibria of the climate negotiation game

I developed models to examine the outcome of various negotiation schemes forming international climate agreements. This submission includes the code that finds the Nash equilibria and the evolutionary equilibria for the game described in the main article, entitled Rethinking Climate Agreements: Self-Enforcing Strategies for Emission Reduction Through Sanctions, by Adam Lampert, published in Environmental Research Letters (DOI: 10.1088/1748-9326/ad5a26)., The code was written in Matlab by Adam Lampert., , # Code from: Finding evolutionary equilibria and Nash equilibria of the climate negotiation game

## Description of the data and file structure

This dataset includes two code packages: one for finding the evolutionary equilibria of the symmetric model (ClimateNegotiation_code_symmetric.zip), and one for finding the Nash equilibria of the asymmetric model (ClimateNegotiation_code_asymmetric.zip).

## Installation

Running the Matlab code requires an installation of Matlab 2021b for Windows or an equivalent version.

## Running the code – symmetric model

1. Extract all files from \"ClimateNegotiation_code_symmetric.zip\" into a single folder.
2. Open \"Evo_symulate_prob_DN.m\" using Matlab.
3. Choose the panel you would like to reconstruct, run the code, and wait for Matlab to complete the execution.

## Running the code – asymmetric model

1. Extract all files from \"ClimateNegotiation_code_asymmetric.zip\" into a single folder.
2. Open \"main_generate_matrix.m\" using Matlab.
3. Choose the pa...