* Font foundry name removed from SVG files * Fix for blank dataset output names in dataset plugin * Add hide icon (eye) in settings and grey tabs as appropriate * New tight-Bezier line style (thanks to korintje) * Add embedding SVG graphics (thanks to korintje) * Add copy and paste of images (thanks to chakuro) * Add setting to ignore NaN values in point plotter, rather than breaking lines * Add setting to specify minor ticks in axis Make new datasets, optionally linked to existing datasets Plugin interface to allow user to write or load code to User defined functions, constants and can import external Python functions N-dimensional datasets can be sliced for plotting Text, CSV, HDF5, FITS, NPY/NPZ, QDP, binary and user-plugin importingĭata can be captured from external sources Images (with colour mappings and colorbars)Īxes with steps in axis scale (broken axes)Īxes scales using functional forms, optionally linked to another axis X-Y plots (with errorbars, colours and sizes) The program can also be extended, by adding plugins supporting importing new data formats, different types of data manipulation or for automating tasks. Datasets can also be entered within the program and new datasets can be created via the manipulation of existing datasets using mathematical expressions and more. It allows data to be imported from text, CSV, HDF5 and FITS files. See features, 2D examples and 3D examples to see what can be done with the program. There are many options for customization of plots. In Veusz plots are created by building up plotting widgets with a consistent object-based interface, where the user sets the properties of the widgets. With the help of a tutorial the program can be used by the novice user and is flexible for advanced work. It supports vector and bitmap output, including PDF, Postscript, SVG and EMF. Veusz is multiplatform, running on Windows, Linux/Unix and macOS. In addition it can be used as a module in Python for plotting. Veusz is a scientific plotting and graphing program with a graphical user interface, designed to produce publication-ready 2D and 3D plots. We don't believe in fake/misleading download buttons and tricks. Maybe go for external images until your svg is final.Always scroll to the bottom of the page for the download link. I didn't see it myself but I don't embed large images as -it seems- he does. Just a word about embedding image to warn you that someone opened a thread those day complaining about loosing data because of embedded object getting corrupted. Maybe Word/Excel/PowerPoint/Open office => pdf => inscape I don't know what I'll use if I need to do it. Plus I think inkscape is not the best tool to label and draw arrows consistently coz it lacks a style browser/selector Sure your result will be vector which is great.īut if your results are not 100% final you'll have to step through regeneration (via external tools) to get new version of your graphs then integrate into inkscape (even if it could be simple if you could generate graph as svg then link them in inkscape). It may later be very useful for future presentations so I'll bookmark that site but not so much for assembling my figures.īut I'm not sure Inkscape is not OT itself for what you want to do. It looks awesome but will probably have little practical implication for inclusion in my thesis which is to be printable similarly anything submitted for inclusion in the main body of a scientific journal must be printable also. Seans_potato_biz wrote:I'm not yet sure what D3JS is.
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