Difference between revisions of "Scientific Workflows"
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* [http://scidavis.sourceforge.net/ SciDAVis] allows analysis and plotting of data | * [http://scidavis.sourceforge.net/ SciDAVis] allows analysis and plotting of data | ||
| + | * [http://home.gna.org/veusz/ Veusz] appears more recent (it has a 2013 release) | ||
* You could also use a programming environment like Octave, [[Python]] or R. | * You could also use a programming environment like Octave, [[Python]] or R. | ||
Latest revision as of 08:36, 24 June 2013
This page is meant as a starting point for Scientific workflows. Currently it focuses on computer issues, like analysis software and plotting. The idea is to farm each of these headings out to their own page once they become large enough.
Contents
Spectrographical analysis
For the analysis of NIR and Raman spectra, Spekwin32 is a commonly used and free package, but it appears a bit older.
For Raman spectra specifically, try RDSS, which is open source and current as of 2013
Chromatography and mass spectrometry
Try OpenChrom.
Publication quality graphics
Spreadsheeting software may suffice for smaller datasets, but a dedicated scientific graphing package makes dealing with larger datasets easier.
- SciDAVis allows analysis and plotting of data
- Veusz appears more recent (it has a 2013 release)
- You could also use a programming environment like Octave, Python or R.
Scientific workflow packages
There are a number of these packages, which automate various steps in the scientific workflow, such as gathering data, processing, postprocessing and visualising the results.
VisTrails is a promising system which also preserves provenance of the data.
