FIJI/ImageJ macro which analyzes images of activated and granular sludge particles immoblized in agar. Supports the paper "Measuring the shape and size of activated sludge particles immobilized in agar with an open source software pipeline" submitted to JOVE.
- A recent copy of FIJI.
- Preferably, a collection of images to be analyzed. Sample images can be found in the supporting infomration for the journal article.
Installation consisits simply of placing the macro in the appropriate FIJI directory.
Under windows, edit the included install.bat
so that macro_dir
points to your local copy of FIJI and then run.
Alternately, the macro may be directly copied to \Fiji.app\macros
Define the analysis parameters in a text file, according to the description given in examples\analysis\README.md
Run from the command line:
<FIJI-PATH>\ImageJ-win64.exe --console -macro SParMorIA-Sludge-Particle_Morphological_Image_Analysis <paramsfile>
where <FIJI-path>
is the directory in which ImageJ-win64.exe is located and <paramsfile>
the location of the text file describing the analysis setup.
CSV files and quality control images will be placed respectively in the results
and overlays
subdirectories of the specified output
folder.
Example CSV files are located under examples\data
.
Example quality control images are available in the supporting infomration for the journal article.XXX linkXXX.
Images and particles failing quality control can be censored in a reproducible, non-destructive manner, see examples\censoring
for R and Python examples.
Further data analysis, such as figure generation, can be carried out on the CSV data, see examples\figures
for R and Python code.
We use SemVer for versioning. For the versions available, see the tags on this repository.
- Joseph E. Weaver - Main Developer
- For authors of related work, see the journal article
- See also the list of contributors who participated in this project.
This project is licensed under the MIT License - see the LICENSE file for details
- The FIJI and ImageJ teams for making image analysis freely accessible to all.
- Billie Thompson for providing a template README
- Countless open source contributors