ov-polygon

src/ov-polygon.js

LIFTED FROM demo/polygon.html

Attributes

Properties

Events

None.

Using it

import 'overscan'
import 'overscan/overscan.css'

<ov-polygon
  src="../demo/models/polygon-gap.json"
  max-age="10"
></ov-polygon>

import { OvPolygon } from 'overscan/react'

<OvPolygon
  src="../demo/models/polygon-gap.json"
  max-age="10"
  axes={data}
/>

import { OvPolygon } from 'overscan/vue'

<OvPolygon
  src="../demo/models/polygon-gap.json"
  max-age="10"
  :axes="data"
/>

import OvPolygon from 'overscan/svelte/OvPolygon.svelte'

<OvPolygon
  src="../demo/models/polygon-gap.json"
  max-age="10"
  axes={data}
/>

The CSS is a separate import in every framework. A single element can be imported on its own instead of the whole kit: import 'overscan/src/ov-chart.js'

A reading is set as a PROPERTY, never an attribute. An attribute is a string, so an array cannot survive one and a null arrives as the word "null", which the protocol would read as a value rather than a dropout.

Every ov: event is bound with addEventListener. The colon has no declarative spelling in Svelte 5, where the on: directive is gone and "onov:commit" is not an identifier, nor in JSX. Vue can bind it.

The wrapper applies attributes ITSELF and hands the framework nothing but a ref. All three frameworks set a prop as a property when the name exists on the element, and this kit has 77 getter-only properties across 43 elements. Assigning one throws, and in React it does not degrade: the whole tree fails to render. 13 elements have a getter-only name that is also a real attribute (at, bearing, digits, duration, floor, fov, fresh, hold, lat, lon, period, pitch, range, ring, rings, span, step, sweep, sweeps, traces, value), which are the ones a reader would naturally pass in markup.