File List scanning.tar.gz -- Compressed archive with the C source code files README -- Instructions for compilation and use Description This program 'xscanning' performs a given number of numerical integrations for the multispecies Droop model. The simulation parameters are described in the 'header.h' file, and can be modified there. These parameters include: BAND : the dominant band of the R-star matrix MAX : the number of species(=resources) RRANGE: the range from which the R-star values are chosen FRANGE: the range from which the F-hat values are chosen RUNS : the number of runs TIME : the number of days per run The program takes care of the generation of V, K, and Q matrices according to the rules described in Appendix A. The source cod...
Abstract: In this paper we discuss the usage of the statistical software R to inte-grate software co...
Files for replicating the species delimitation simulation of species ABCD and X, where ABCD is one s...
ZIP file containing the source code (written in C) for the three main simulations used in the paper ...
File List scanning.tar.gz -- Compressed archive with the C source code files README -- Instructions ...
File List scanning.tar.gz -- Compressed archive with the C source code files README -- Instructions ...
README.TXT FOR SIMULATION FILES: These files are the source code for the one-dimensional and two-dim...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
Scripts in C language used for simulations include five programs. Each file name shows which figure ...
The two files in DataS1 are used within Appendix S2 to create the example in the manuscript. 1) mo...
This zipped file contains two simulation programs (source code in Fortran 90/95, and Windows executa...
<h2>File List</h2><div> <p><a href="Sim_test--for_supplements.R">Sim_test--for_supplemen...
README FOR SIMULATION FILES: This file is the source code for the emergence simulations used in the ...
Code, inputfiles, and output files from simulation of mean kinship, random mating, and selecting for...
README.TXT FOR SIMULATION FILES: These files are the source code for the one-dimensional and two-dim...
<h2>File List</h2><div> <p><a href="Resource_competition_simulations.R">Resou...
Abstract: In this paper we discuss the usage of the statistical software R to inte-grate software co...
Files for replicating the species delimitation simulation of species ABCD and X, where ABCD is one s...
ZIP file containing the source code (written in C) for the three main simulations used in the paper ...
File List scanning.tar.gz -- Compressed archive with the C source code files README -- Instructions ...
File List scanning.tar.gz -- Compressed archive with the C source code files README -- Instructions ...
README.TXT FOR SIMULATION FILES: These files are the source code for the one-dimensional and two-dim...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
Scripts in C language used for simulations include five programs. Each file name shows which figure ...
The two files in DataS1 are used within Appendix S2 to create the example in the manuscript. 1) mo...
This zipped file contains two simulation programs (source code in Fortran 90/95, and Windows executa...
<h2>File List</h2><div> <p><a href="Sim_test--for_supplements.R">Sim_test--for_supplemen...
README FOR SIMULATION FILES: This file is the source code for the emergence simulations used in the ...
Code, inputfiles, and output files from simulation of mean kinship, random mating, and selecting for...
README.TXT FOR SIMULATION FILES: These files are the source code for the one-dimensional and two-dim...
<h2>File List</h2><div> <p><a href="Resource_competition_simulations.R">Resou...
Abstract: In this paper we discuss the usage of the statistical software R to inte-grate software co...
Files for replicating the species delimitation simulation of species ABCD and X, where ABCD is one s...
ZIP file containing the source code (written in C) for the three main simulations used in the paper ...