# Eunoia.eunoiaplot Julia · 1.0.1 [Source]() ```julia eunoiaplot(::AbstractEulerFit, args...; kwargs...) ``` ```julia eunoiaplot( fit::AbstractEulerFit; figure = (;), axis = (;), legend = false, kwargs... ) ``` ```julia eunoiaplot( gp::Union{Makie.GridPosition, Makie.GridSubposition}, fit::AbstractEulerFit; axis = (;), kwargs... ) ``` ```julia eunoiaplot(fit; colors, fills, edges, labels, quantities, legend, complement, fontsize=14, label_placement=true, set_label_placement=false, glyphs=nothing, members=nothing, figure=(;), axis=(;)) eunoiaplot(gridpos, fit; axis=(;), kwargs...) ``` Render a fitted [`EulerFit`](<4ed69989ba26556a9f6f1924004c8ef9d3a879be2533c31ba480a63a0d640b42>)/[`VennFit`]() as a publication-ready Makie figure (equal aspect, no axis decorations), returning a `Makie.FigureAxisPlot`. The second form draws into a *layout cell* of an existing figure — e.g. `eunoiaplot(f[1, 2], fit)` — mirroring Makie's `plot(fig[i, j], data)`. It creates a diagram-configured axis (equal aspect, hidden decorations) in that cell and returns a `Makie.AxisPlot`. Use it to assemble multi-panel figures without configuring each axis by hand. It takes the same styling keywords (pass an axis `title` and the like through `axis = (; title = "…")`) but does not add a legend; add a `Legend` yourself if you want one. This requires a Makie backend to be loaded — the implementation lives in a package extension that activates on `using CairoMakie` (or `GLMakie`/`WGLMakie`). The bare Makie `plot(fit)`/`plot!(ax, fit)` recipe forms also work once a backend is loaded. Styling keywords mirror the `eunoia-py` `plot()` API: - `colors`: per-set colors — a vector (shape order) or a `Dict(name => color)`; omitted uses a built-in categorical palette. Region fills blend the member colors perceptually (OKLab). - `fills`: `Dict(combo => style)` per-region fill overrides. - `edges`: set-outline style — a uniform style, a per-set `Dict`, or a vector. - `labels`: `false`/`true`/`nothing`, a per-set `Dict`, or a uniform style. - `quantities`: `false`/`true`, `"original"`/`"fitted"`, `"counts"`/`"percent"`, or a `Dict`. - `legend`: `false`/`true` or a `Dict` of `Legend` keywords. - `complement`: container-box style `Dict` (drawn only when the fit has one). - `fontsize`: base label font size in points (quantities render smaller). Collision-aware labels: - `label_placement`: `true` (default) places labels collision-aware via [`place_labels`](<2def8faa859f1c87d063429a7fddf6e003ae7162236076c186185ccd29e44288>): each region's label is measured (Makie text metrics), positioned inside its region when it fits, else pushed outside with a leader line. Set names and quantities are combined into one box per region, so a set name and its region quantity never overlap. The default uses the `"raycast"` exterior solver with straight leaders; pass a `NamedTuple`/`Dict` of [`place_labels`](<2def8faa859f1c87d063429a7fddf6e003ae7162236076c186185ccd29e44288>) strategy knobs (`placement`, `leader`, `tether`, `margin`, `iterations`, `precision`, `leader_gap`, `min_gap`) to change it, e.g. `label_placement = (; placement = "force_directed")` or `label_placement = (; leader = "elbow", tether = "boundary")`. Pass `label_placement=false` to instead draw labels at their raw anchors. - `leader_style`: collection of `lines!` keywords styling the leader lines. - `set_label_placement`: `false` (default) keeps set names inside their regions; `true` places them just outside their own shape, and a `NamedTuple`/`Dict` additionally forwards `margin`, `angular_steps`, `obstacles`, and `precision` to [`place_set_labels`](<9066afa58a6e34badcb91c34927b78ab6dae1725d3d585e1b4e33ea77584cff8>). - `glyphs`: an explicit region-to-integer-count mapping. Circular glyphs are packed with [`place_glyphs`](); use `glyph_options` for placement knobs and `glyph_style` for Makie `scatter!` attributes. - `members`: an explicit region-to-ordered-names mapping. Names are measured, packed with [`place_glyph_boxes`](<449597d1fea745b3444efeb31886d7a3531288f1e3e8b56231a8aaeadf55c3dc>), and scaled uniformly; use `member_options` and `member_style` to customize them. `glyphs` and `members` are mutually exclusive. Collision-aware placement needs the axis (to convert pixel text metrics to layout units), so it is available through `eunoiaplot`/`eunoiaplot!` only; the bare `plot(fit)` recipe form ignores `label_placement`. ## Methods ### `eunoiaplot(::AbstractEulerFit, args...; kwargs...)` [Source]() ### `eunoiaplot( fit::AbstractEulerFit; figure = (;), axis = (;), legend = false, kwargs... )` [Source]() ### `eunoiaplot( gp::Union{Makie.GridPosition, Makie.GridSubposition}, fit::AbstractEulerFit; axis = (;), kwargs... )` [Source]()