Persistence analyzes images of polymers to determine their bending persistence length. Details can be found in the published paper Graham JS, McCullough BR, Kang H, Elam WA, Cao W, and De La Cruz EM (2014), Multi-Platform Compatible Software for Analysis of Polymer Bending Mechanics, PLoS ONE 9(4): e94766. doi:10.1371/journal.pone.0094766 . The software is copyrighted by the De La Cruz lab at Yale, but is free to use and distribute for non-commercial purposes. Please reference the paper when you use the software to analyze your data.
The software is created in MATLAB, but can be run without MATLAB using the MATLAB Runtime application that may be downloaded for free from the MathWorks website (see link below). Sample data, more information, and and a tutorial are included in the zip file. Also included in the software package is a document detailing ImageJ procedures for preparing the correct images for Persistence software. Updates to the software will be posted as available.
The newest version is available to be download below! The previous versions are not available to be download anymore, but if you want, you can send an request email to email@example.com.
Please address all comments and inquiries to the corresponding author: Enrique De La Cruz.
If you would like email notifications for future software updates, or have bug reports and/or suggestions for improvement, please email firstname.lastname@example.org.
October 2016: version 4.2.3 was released. It has major bug fixes and an improved user interface for better stability and ease of use.
March 2017: Mac version with MCR 2016a (9.0.1) and bug fixed is now available to download.
Please note the appropriate MATLAB Runtime version for your specific download.
Version 4.2.3 for Windows:
64 bit version download (13 MB), requires MATLAB MCR Release 2016b (9.1), 32 bit version download (9 MB), requires MATLAB MCR Release 2015b (9.0)
Version 4.2.3 for Mac:
download (7 MB), requires MATLAB MCR Release 2016a (9.0.1)
Version 4.2.3 for Linux:
zip download (13 MB) or tar download (20 MB), requires MATLAB MCR Release 2016b (9.1)