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Lightweight data management and analysis tools for single-molecule fluorescence microscopy.

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B-Store

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Lightweight data management and analysis tools for single-molecule microscopy.

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Documentation

The B-Store documentation is found at Read the Docs: http://b-store.readthedocs.org.

Examples for how to use B-Store are located in the examples folder.

Getting Help

If you need help, post a question to the B-Store Google Groups discussion page: https://groups.google.com/forum/#!forum/b-store

Bug reports may be submitted to the GitHub issue tracker: https://github.com/kmdouglass/bstore/issues

Citing B-Store

If you find B-Store useful, please consider citing it by referencing the DOI of the specific version in use. For example:

Douglass, Kyle M., Sieben, Christian, Berliner, Niklas, & Manley, Suliana. (2017, December 18). B-Store (Version v1.2.1). Zenodo. https://doi.org/10.5281/zenodo.1117843

Installation

B-Store is most easily installed from the Anaconda Cloud package repository. If you don't already have Anaconda installed, you may download it for Python 3.5 and greater from https://www.continuum.io/downloads. Once installed, run the commands from the terminal listed below for your system. (If you're on Windows, use the Anaconda Prompt that is supplied with Anaconda.)

Note that these commands will install B-Store into an environment named bstore that is independent of your default environment. When you want to activate this environment to use B-Store, simply type source activate bstore in the Linux/OSX terminal or activate bstore in the Windows Anaconda Prompt.

Anaconda Package Manager

conda update conda
conda config --append channels soft-matter
conda create -n bstore -c kmdouglass bstore

Source Installs

To install from source, simply clone this repository and install B-Store using pip.

git clone https://github.com/kmdouglass/bstore.git
pip install bstore

The most up-to-date code may be found on the development branch, though it may not be as thoroughly tested as code on the master. Source installs will always be more up-to-date than the Anaconda packages.

A partial list of requirements to run B-Store may be found in the requirements.txt file.

Updating B-Store

If you installed B-Store using the Anaconda package manager, updating it is easy. The following assumes that the soft-matter and conda-forge channels were appended to your conda config as described above. It also assumes that you have already activated the environment in which you installed B-Store.

conda update -c kmdouglass bstore

If instead you installed B-Store from source using pip, simply uninstall your current version, download or pull the latest code from the GitHub repository, then install the new version as before.

Troubleshooting

Anaconda cannot find up-to-date version in win-64 channels

The Anaconda package manager can sometimes have difficulties when finding the most up-to-date version of B-Store for Windows x64 (the same problem has not been observed on Linux x64 systems). This will be apparent when, using the directions listed above, conda will ask you to verify the version of the packages to install. If during the install conda indicates that it wants to install a version of B-Store that is less than the most up-to-date version listed at the top of this README file, then try downgrading conda. Version 4.2.x has been known to fix this problem, whereas versions 4.3.7 and 4.3.8 have been found to cause the problem.

In the root conda environment, enter the command:

conda install conda=4.2.16

What is B-Store?

B-Store is a lightweight data management and analysis library for single molecule localization microscopy (SMLM). It serves two primary roles:

  1. To structure SMLM data inside a database for fast and easy information retrieval and storage.
  2. To facilitate the analysis of high-throughput SMLM datasets.

As an example, you can see how SMLM data is organized by B-Store inside a database in the HDF format below. (The software used to view the database is not B-Store, but HDFView from the HDF Group.)

Please see the FAQ for more information.

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Lightweight data management and analysis tools for single-molecule fluorescence microscopy.

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