Type Alias: BarpolarTrace

type BarpolarTrace = Omit<CommonTraceAttributes, 'hoverinfo'> & object;

Bars in polar coordinates: annular sectors from base to base + r at angle theta, stacked or overlaid per polar.barmode (wind roses).

Type Declaration

Name	Type	Description
base?	unknown	Where bars start, in radial axis units (default 0). In stack barmode, traces that set base are not stacked: they are drawn from their base, as in overlay mode.
dr?	number	Radial step of the implicit r.
dtheta?	number	Angular step of the implicit theta. Defaults to the subplot period (a full turn, or the category count) divided by the number of points.
hoverinfo?	PerPoint< | "r" | "theta" | "text" | "name" | `${"r" | "theta" | "text" | "name"}+${string}` | "all" | "none" | "skip">	Which fields hover labels show (r: …, θ: …, the text and the trace name); 'skip' also turns hover events off for this trace. Default 'all'.
marker?	BarpolarTraceMarker	Bar style.
offset?	PerPointNumber	Angular shift of the leading edge of each bar from its theta (in thetaunit; category slots on category axes). Default: centered.
r?	DataColumn	Radial coordinates.
r0?	unknown	Alternative to r: the first radial coordinate, stepped by dr.
selected?	BarTraceSelected	Style of selected bars while a selection is active.
subplot?	"polar" | `polar${number}`	The polar subplot this trace is drawn on: 'polar' (layout.polar), 'polar2' (layout.polar2), ….
text?	PerPoint<string | number>	Hover text of each bar (one string for all, or one per bar).
theta?	DataColumn	Angular coordinates: numbers in thetaunit on a linear angular axis, category names on a category axis.
theta0?	unknown	Alternative to theta: the first angular coordinate, stepped by dtheta.
thetaunit?	"radians" | "degrees" | "gradians"	Unit of theta (and theta0, dtheta) on linear angular axes.
type	"barpolar"	Trace type.
unselected?	BarTraceUnselected	Style of unselected bars while a selection is active.
width?	PerPointNumber	Angular width of each bar (in thetaunit; category slots on category axes). Default: the smallest angle between bars, less polar.bargap. Minimum: 0