LogarithmPlotter is, as its name suggests, a plotter made with logarithmic scales in mind. With an object system similar to [Geogebra](https://geogebra.org)'s, it allows dynamic creation of plots with very few limitations.
It's primary use is to quickly create [asymptotic Bode plots](https://en.wikipedia.org/wiki/Bode_plot), but its extensible nature and ability to switch to non-logarithmic scales allow it to create other things with it, like sequences or statistical distribution functions.
Editing objects has been made very simple yet feature-complete with a settings page that allows you to edit all properties of an object.
You can find a list of all properties you can modify on the [project’s wiki](https://git.ad5001.eu/Ad5001/LogarithmPlotter/wiki/User-Manual%3A-Chapter-2#object-properties)
LogarithmPlotter comes with a builtin distribution-agnostic LaTeX integration that allows the automatic rendering of mathematical formulas on plots, as well as the inscription of symbols and notes through the Text object.
Featuring a state-of-the-art modification history system, LogarithmPlotter is extremely fast at undoing and redoing actions, as well as listing all the actions you can undo or redo in a visually easy-to-understand way.
This system allows you to quickly rollback to a previous state of your plot while displaying in fast motion all the modifications done in that span of time.
Another advantage of this design is that it allows your modification history to be saved in your file directly while being extremely light on storage (.lpf files rarely exceed a few kilobytes).
LogarithmPlotter allows you to edit how your diagram looks in numerous ways, from the representation of the axis, to the size of text and of elements, and even returning to a normal scale mode from the logarithm one.
If you want to see your own name here, you can contribute to the effort to translate LogarithmPlotter on [Weblate](https://hosted.weblate.org/engage/logarithmplotter/).
The LaTeX integration requires a valid LaTeX installation (from a distribution like [TeXLive](https://tug.org/texlive/)) with `latex`, `dvipng` and `fundus-calligra`.