Publication date
August 2019
DOIAbstract
The c++ code, the generated data and the python files to produce the plots in Figure 4 and Figure 5b of the manuscript. The python files are the ones producing the actual figures, the c++ code generates the data
The c++ code, the generated data and the python files to produce the plots in Figure 4 and Figure 5b of the manuscript. The python files are the ones producing the actual figures, the c++ code generates the data
Datasets to produce figures of the manuscript "Quantum Critical Points and the Sign Problem" Conten...
This program allows the plotting of publication standard 'palaeo' figures for palaeo data such as te...
Data and code used to generate figure 5. Code also uses "average weight.xlsx" from figure 2 to gener...
Simulation codes written in C++. These are used for creating data shown in the manuscript
This contains the output of the ABM and the code used to generate the figures in the manuscript. The...
Python written plotting scripts, which are used to generate the figures in the paper
Code for production of Figures and data for "Evolutionary Dynamics in a Varying Environment: Continu...
Code for generation of all figures in the manuscript (main text and supplement), split by figure num...
Zip file containing the codes for all the figures produced in the above manuscript. Codes are groupe...
This is a .zip file which contains the simulation data used to make the figures in our paper. It al...
The zip file contains seven folders containing the MATLAB code needed to reproduce the two figures a...
Python code allowing to generate figure 1a and the data for figure 2 of the paper. It requires the p...
MATLAB code to generate Figures 2-5 and the associated compiled data files. Compiled data extracted ...
The code includes the python codes to perform the analysis and produce figures of "Sensitivity of su...
This file includes the code used to create Figure 4. It includes data (in form of matrices) that wa...
Datasets to produce figures of the manuscript "Quantum Critical Points and the Sign Problem" Conten...
This program allows the plotting of publication standard 'palaeo' figures for palaeo data such as te...
Data and code used to generate figure 5. Code also uses "average weight.xlsx" from figure 2 to gener...
Simulation codes written in C++. These are used for creating data shown in the manuscript
This contains the output of the ABM and the code used to generate the figures in the manuscript. The...
Python written plotting scripts, which are used to generate the figures in the paper
Code for production of Figures and data for "Evolutionary Dynamics in a Varying Environment: Continu...
Code for generation of all figures in the manuscript (main text and supplement), split by figure num...
Zip file containing the codes for all the figures produced in the above manuscript. Codes are groupe...
This is a .zip file which contains the simulation data used to make the figures in our paper. It al...
The zip file contains seven folders containing the MATLAB code needed to reproduce the two figures a...
Python code allowing to generate figure 1a and the data for figure 2 of the paper. It requires the p...
MATLAB code to generate Figures 2-5 and the associated compiled data files. Compiled data extracted ...
The code includes the python codes to perform the analysis and produce figures of "Sensitivity of su...
This file includes the code used to create Figure 4. It includes data (in form of matrices) that wa...
Datasets to produce figures of the manuscript "Quantum Critical Points and the Sign Problem" Conten...
This program allows the plotting of publication standard 'palaeo' figures for palaeo data such as te...
Data and code used to generate figure 5. Code also uses "average weight.xlsx" from figure 2 to gener...
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