Abstract
Here, I introduce Soft Potato, an open source electrochemical simulator and toolkit that contains typical
electrochemical equations and simulations to aid researchers streamline their data analysis when dealing
with large datasets. As examples, I show here how to use it to calculate steady state voltammograms from
ultramicrodisc electrodes and obtain a calibration curve from the limiting current as a function of the redox
species concentration. This example, showcases the use of the library, as well as the flexibility given by
interfacing with third-party libraries to perform data analysis. The second example consists on simulating
macroelectrode voltammograms with varying electron transfer rate constants to automate the simulations
by iterating over any parameter. Overall, I believe this open source library can be of great help to the
electrochemistry community to easily streamline data analysis and potentially obtain immediate feedback
for following experiments.
Content

Supplementary materials
Python scripts used in the main manuscript.
Python scripts to reproduce the calculations shown in the main manuscript.
Supplementary weblinks
Soft Potato web
Web page of the Soft Potato project. It includes the documentation and instructions on the installation and use.
Softpotato Python library GitHub page
This is the GitHub repository of the library
Soft Potato Desktop application GitHub page
This is the GitHub repository of the Desktop application.