Name Description Authors πŸ–§ 🏑 πŸ‘“ ⏬ Coding Language License OS Pricing Model Cite
afmformats Python library for reading common AFM file formats Paul MΓΌller Python MIT 🐧 ❖ ⌘
AutoSmarTrace For automated tracing of chains in AFM images or any bright chain-like objects on dark background with or without noise. Mathew Schneider, Naghmeh Rezaei, Nancy Forde MatLab
Gwyddion David Nečas and Petr Klapetek C GPL 🐧 ❖ ⌘
nanite Fitting and machine-learning based rating of AFM force-indentation data Paul MΓΌller Python GPL 🐧 ❖ ⌘ 🌐
NanoLocz An interactive AFM image viewer and analysis platform designed for browsing and analysing image data from AFM and HS-AFM imaging with the aim of increasing throughput. George Heath, Emily Micklethwaite, Tabitha Storer 🌐 Matlab GPL-3.0 🐧 ❖ ⌘ 🌐
playNano Python toolkit for processing and visualising high-speed AFM (Atomic Force Microscopy) video data. Daniel E. Rollins 🌐 Python GPL-3.0 🐧 ❖ ⌘ Free
PS Poly Polymer image analysis and shape categorization of AFM data Elizabeth Conley 🌐 Igor Pro, Python CC
pyAF An AFM Force Curve Analysis Software Michka Popoff, Antoine Dujardin, Javier Lopez-Alonso, Simone Bovio, Nuno Duarte, SΓ©bastien Janel, Vincent Dupres, Frank Lafont Python CeCILL 2.1
PyFMLab An open-source solution that paves the way for standardized viscoelastic characterization of biological samples from both force-distance curves and micro-rheology measurements. Javier LΓ³pez-Alonso, Yogesh Saravanan, Felix Rico Python MIT ❖
PyJibe GUI for AFM data analysis with an emphasis on biological specimens Paul MΓΌller Python GPL 🐧 ❖ ⌘
SmarTrace Chain tracing program developed to extract persistence lengths from AFM images of filaments such as collagen and DNA. Can be used on any type of image with bright chain-like structures on a darker background. Naghmeh Rezaei, Nancy Forde MatLab
TopoStats An AFM image analysis program to batch process data by removing artefacts, identifying objects, and obtaining and plotting their statistics. TopoStats Developers 🌐 🌐 Python LGPL 🐧 ❖ ⌘
Trace_y Tracing filament polymers and individual filament 3D structural analysis algorithms. Wei-Feng Xue Matlab MIT ❖ ⌘