Code for running simulations from Davis-Stober et al. (2016b)

Included are the Matlab files for running the simulation described in Section 4.3 of Davis-Stober, C. P., Brown, N., Park, S., &amp; Regenwetter, M. Recasting a biologically motivated computational model within a Fechnerian and random utility framework.<br>To run the simulation, put the file "FSISim.m" in your current Matlab directory and type "FSISim" in the command line and press enter.<br>The Mathematica file "ConditionalDistDavisStoberetal.nb" was used to numerically calculate the expected values and variances of the I_{A} and I_{B} random variables as a function of the w parameter. These terms are then used in the Matlab simulation files. You can find them in the "PNASnormalapprox" function which is in the file "FSISim.m".<br><br><br><br>

本数据集包含用于复现Davis-Stober、C.P.、Brown、N.、Park、S.与Regenwetter、M.在论文《将生物启发式计算模型重构于费希纳与随机效用框架（Fechnerian and random utility framework）之中》第4.3节中所述仿真实验的Matlab文件。
如需运行该仿真，请将文件"FSISim.m"置于当前Matlab工作目录，随后在命令行输入"FSISim"并按下回车键即可。
Mathematica文件"ConditionalDistDavisStoberetal.nb"用于以参数w为自变量，数值计算随机变量I_A与I_B的期望与方差。上述计算结果将被应用于本次Matlab仿真文件中，其具体实现可在"FSISim.m"文件内的"PNASnormalapprox"函数中找到。