@nivo/voronoi/dist/nivo-voronoi.mjs.map

{"version":3,"file":"nivo-voronoi.mjs","sources":["../src/props.ts","../src/defaults.ts","../src/computeMesh.ts","../src/hooks.ts","../src/Voronoi.tsx","../src/ResponsiveVoronoi.tsx","../src/Mesh.tsx","../src/meshCanvas.ts"],"sourcesContent":["import { VoronoiDomain, VoronoiLayer } from './types'\n\nexport const defaultVoronoiProps = {\n    xDomain: [0, 1] as VoronoiDomain,\n    yDomain: [0, 1] as VoronoiDomain,\n    layers: ['links', 'cells', 'points', 'bounds'] as VoronoiLayer[],\n    enableLinks: false,\n    linkLineWidth: 1,\n    linkLineColor: '#bbbbbb',\n    enableCells: true,\n    cellLineWidth: 2,\n    cellLineColor: '#000000',\n    enablePoints: true,\n    pointSize: 4,\n    pointColor: '#666666',\n    role: 'img',\n}\n","import { Margin, defaultMargin as coreDefaultMargin } from '@nivo/core'\nimport { TooltipAnchor, TooltipPosition } from '@nivo/tooltip'\n\nexport const defaultNodePositionAccessor = (node: {\n    x: number\n    y: number\n}): [x: number, y: number] => [node.x, node.y]\n\nexport const defaultMargin: Margin = coreDefaultMargin\n\nexport const defaultTooltipPosition: TooltipPosition = 'cursor'\nexport const defaultTooltipAnchor: TooltipAnchor = 'top'\n","import { Delaunay } from 'd3-delaunay'\nimport { Margin } from '@nivo/core'\nimport { NodePositionAccessor } from './types'\nimport { defaultNodePositionAccessor, defaultMargin } from './defaults'\n\n/**\n * The delaunay generator requires an array\n * where each point is defined as an array\n * of 2 elements: [x: number, y: number].\n *\n * Points represent the raw input data\n * and x/y represent accessors to x & y.\n */\nexport const computeMeshPoints = <Node>({\n    points,\n    getNodePosition = defaultNodePositionAccessor as NodePositionAccessor<Node>,\n    margin = defaultMargin,\n}: {\n    points: readonly Node[]\n    getNodePosition?: NodePositionAccessor<Node>\n    margin?: Margin\n}): [number, number][] => {\n    return points.map(node => {\n        const [x, y] = getNodePosition(node)\n\n        return [x + margin.left, y + margin.top]\n    })\n}\n\nexport const computeMesh = ({\n    points,\n    width,\n    height,\n    margin = defaultMargin,\n    debug,\n}: {\n    points: readonly [number, number][]\n    width: number\n    height: number\n    margin?: Margin\n    debug?: boolean\n}) => {\n    const delaunay = Delaunay.from(points)\n    const voronoi = debug\n        ? delaunay.voronoi([\n              0,\n              0,\n              margin.left + width + margin.right,\n              margin.top + height + margin.bottom,\n          ])\n        : undefined\n\n    return { points, delaunay, voronoi }\n}\n","import {\n    MouseEvent,\n    MutableRefObject,\n    TouchEvent,\n    useCallback,\n    useEffect,\n    useMemo,\n    useRef,\n    useState,\n} from 'react'\nimport { scaleLinear } from 'd3-scale'\nimport { Delaunay } from 'd3-delaunay'\nimport { getDistance, getRelativeCursor, Margin } from '@nivo/core'\nimport { TooltipAnchor, TooltipPosition, useTooltip } from '@nivo/tooltip'\nimport { computeMeshPoints, computeMesh } from './computeMesh'\nimport {\n    VoronoiCommonProps,\n    VoronoiDatum,\n    VoronoiCustomLayerProps,\n    NodeMouseHandler,\n    // DatumTouchHandler,\n    NodePositionAccessor,\n    NodeTouchHandler,\n} from './types'\nimport {\n    defaultMargin,\n    defaultNodePositionAccessor,\n    defaultTooltipPosition,\n    defaultTooltipAnchor,\n} from './defaults'\n\nexport const useVoronoiMesh = <Node>({\n    points,\n    getNodePosition = defaultNodePositionAccessor as NodePositionAccessor<Node>,\n    width,\n    height,\n    margin = defaultMargin,\n    debug,\n}: {\n    points: readonly Node[]\n    getNodePosition?: NodePositionAccessor<Node>\n    // Margins are added to the chart's dimensions, so that mouse detection\n    // also works inside the margins, omit if that's not what you want.\n    // When including the margins, we recommend to set a `detectionRadius` as well.\n    margin?: Margin\n    width: number\n    height: number\n    debug?: boolean\n}) =>\n    useMemo(\n        () =>\n            computeMesh({\n                points: computeMeshPoints<Node>({ points, margin, getNodePosition }),\n                width,\n                height,\n                margin,\n                debug,\n            }),\n        [getNodePosition, points, width, height, margin, debug]\n    )\n\nexport const useVoronoi = ({\n    data,\n    width,\n    height,\n    xDomain,\n    yDomain,\n}: {\n    data: VoronoiDatum[]\n    width: number\n    height: number\n    xDomain: VoronoiCommonProps['xDomain']\n    yDomain: VoronoiCommonProps['yDomain']\n}) => {\n    const xScale = useMemo(() => scaleLinear().domain(xDomain).range([0, width]), [xDomain, width])\n    const yScale = useMemo(\n        () => scaleLinear().domain(yDomain).range([0, height]),\n        [yDomain, height]\n    )\n\n    const points = useMemo(\n        () =>\n            data.map(d => ({\n                x: xScale(d.x),\n                y: yScale(d.y),\n                data: d,\n            })),\n        [data, xScale, yScale]\n    )\n\n    return useMemo(() => {\n        const delaunay = Delaunay.from(points.map(p => [p.x, p.y]))\n        const voronoi = delaunay.voronoi([0, 0, width, height])\n\n        return {\n            points,\n            delaunay,\n            voronoi,\n        }\n    }, [points, width, height])\n}\n\n/**\n * Memoize the context to pass to custom layers.\n */\nexport const useVoronoiLayerContext = ({\n    points,\n    delaunay,\n    voronoi,\n}: VoronoiCustomLayerProps): VoronoiCustomLayerProps =>\n    useMemo(\n        () => ({\n            points,\n            delaunay,\n            voronoi,\n        }),\n        [points, delaunay, voronoi]\n    )\n\nexport const useMeshEvents = <Node, ElementType extends Element>({\n    elementRef,\n    nodes,\n    getNodePosition = defaultNodePositionAccessor as NodePositionAccessor<Node>,\n    delaunay,\n    setCurrent: setCurrentNode,\n    margin = defaultMargin,\n    detectionRadius = Infinity,\n    isInteractive = true,\n    onMouseEnter,\n    onMouseMove,\n    onMouseLeave,\n    onMouseDown,\n    onMouseUp,\n    onClick,\n    onDoubleClick,\n    onTouchStart,\n    onTouchMove,\n    onTouchEnd,\n    enableTouchCrosshair = false,\n    tooltip,\n    tooltipPosition = defaultTooltipPosition,\n    tooltipAnchor = defaultTooltipAnchor,\n}: {\n    elementRef: MutableRefObject<ElementType | null>\n    nodes: readonly Node[]\n    getNodePosition?: NodePositionAccessor<Node>\n    delaunay: Delaunay<Node>\n    setCurrent?: (node: Node | null) => void\n    margin?: Margin\n    detectionRadius?: number\n    isInteractive?: boolean\n    onMouseEnter?: NodeMouseHandler<Node>\n    onMouseMove?: NodeMouseHandler<Node>\n    onMouseLeave?: NodeMouseHandler<Node>\n    onMouseDown?: NodeMouseHandler<Node>\n    onMouseUp?: NodeMouseHandler<Node>\n    onClick?: NodeMouseHandler<Node>\n    onDoubleClick?: NodeMouseHandler<Node>\n    onTouchStart?: NodeTouchHandler<Node>\n    onTouchMove?: NodeTouchHandler<Node>\n    onTouchEnd?: NodeTouchHandler<Node>\n    enableTouchCrosshair?: boolean\n    tooltip?: (node: Node) => JSX.Element\n    tooltipPosition?: TooltipPosition\n    tooltipAnchor?: TooltipAnchor\n}) => {\n    // Store the index of the current point and the current node.\n    const [current, setCurrent] = useState<[number, Node] | null>(null)\n\n    // Keep track of the previous index and node, this is needed as we don't have enter/leave events\n    // for each node because we use a single rect element to capture events.\n    const previous = useRef<[number, Node] | null>(null)\n\n    useEffect(() => {\n        previous.current = current\n    }, [previous, current])\n\n    const findNode = useCallback(\n        (event: MouseEvent<ElementType> | TouchEvent<ElementType>): null | [number, Node] => {\n            if (!elementRef.current || nodes.length === 0) return null\n\n            const [x, y] = getRelativeCursor(elementRef.current, event)\n\n            let index: number | null = delaunay.find(x, y)\n            let node = index !== undefined ? nodes[index] : null\n\n            if (node && detectionRadius !== Infinity) {\n                const [nodeX, nodeY] = getNodePosition(node)\n                if (getDistance(x, y, nodeX + margin.left, nodeY + margin.top) > detectionRadius) {\n                    index = null\n                    node = null\n                }\n            }\n\n            if (index === null || node === null) return null\n\n            return [index, node]\n        },\n        [elementRef, delaunay, nodes, getNodePosition, margin, detectionRadius]\n    )\n\n    const { showTooltipAt, showTooltipFromEvent, hideTooltip } = useTooltip()\n    const showTooltip = useMemo(() => {\n        if (!tooltip) return undefined\n\n        if (tooltipPosition === 'cursor') {\n            // Following the cursor.\n            return (node: Node, event: MouseEvent<ElementType>) => {\n                showTooltipFromEvent(tooltip(node), event, tooltipAnchor)\n            }\n        }\n\n        // Fixed at the node's position.\n        return (node: Node) => {\n            const [x, y] = getNodePosition(node)\n            showTooltipAt(tooltip(node), [x + margin.left, y + margin.top], tooltipAnchor)\n        }\n    }, [\n        showTooltipAt,\n        showTooltipFromEvent,\n        tooltip,\n        tooltipPosition,\n        tooltipAnchor,\n        getNodePosition,\n        margin,\n    ])\n\n    // Mouse enter only occurs when entering the main element,\n    // not for each node.\n    const handleMouseEnter = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n            setCurrentNode?.(match ? match[1] : null)\n\n            if (match) {\n                const node = match[1]\n\n                showTooltip?.(node, event)\n                onMouseEnter?.(match[1], event)\n            }\n        },\n        [findNode, setCurrent, setCurrentNode, showTooltip, onMouseEnter]\n    )\n\n    // Handle mouse enter/move/leave, relying on `previous` to simulate events.\n    const handleMouseMove = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n\n            if (match) {\n                const [index, node] = match\n\n                setCurrentNode?.(node)\n                showTooltip?.(node, event)\n\n                if (previous.current) {\n                    const [previousIndex, previousNode] = previous.current\n                    if (index !== previousIndex) {\n                        // Simulate an enter event if the previous index is different.\n                        onMouseLeave?.(previousNode, event)\n                    } else {\n                        // If it's the same, trigger a regular move event.\n                        onMouseMove?.(node, event)\n                    }\n                } else {\n                    onMouseEnter?.(node, event)\n                }\n            } else {\n                setCurrentNode?.(null)\n                hideTooltip?.()\n\n                if (previous.current) {\n                    // Simulate a leave event if there's a previous node.\n                    onMouseLeave?.(previous.current[1], event)\n                }\n            }\n        },\n        [\n            findNode,\n            setCurrent,\n            setCurrentNode,\n            previous,\n            onMouseEnter,\n            onMouseMove,\n            onMouseLeave,\n            showTooltip,\n            hideTooltip,\n        ]\n    )\n\n    // Mouse leave only occurs when leaving the main element,\n    // not for each node.\n    const handleMouseLeave = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            setCurrent(null)\n            setCurrentNode?.(null)\n\n            hideTooltip()\n\n            if (onMouseLeave && previous.current) {\n                onMouseLeave(previous.current[1], event)\n            }\n        },\n        [setCurrent, setCurrentNode, previous, hideTooltip, onMouseLeave]\n    )\n\n    const handleMouseDown = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n\n            if (match) onMouseDown?.(match[1], event)\n        },\n        [findNode, setCurrent, onMouseDown]\n    )\n\n    const handleMouseUp = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n\n            if (match) onMouseUp?.(match[1], event)\n        },\n        [findNode, setCurrent, onMouseUp]\n    )\n\n    const handleClick = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n\n            if (match) onClick?.(match[1], event)\n        },\n        [findNode, setCurrent, onClick]\n    )\n\n    const handleDoubleClick = useCallback(\n        (event: MouseEvent<ElementType>) => {\n            const match = findNode(event)\n\n            setCurrent(match)\n\n            if (match) onDoubleClick?.(match[1], event)\n        },\n        [findNode, setCurrent, onDoubleClick]\n    )\n\n    const handleTouchStart = useCallback(\n        (event: TouchEvent<ElementType>) => {\n            const match = findNode(event)\n\n            if (enableTouchCrosshair) {\n                setCurrent(match)\n                setCurrentNode?.(match ? match[1] : null)\n            }\n\n            if (match) onTouchStart?.(match[1], event)\n        },\n        [findNode, setCurrent, setCurrentNode, enableTouchCrosshair, onTouchStart]\n    )\n\n    const handleTouchMove = useCallback(\n        (event: TouchEvent<ElementType>) => {\n            const match = findNode(event)\n\n            if (enableTouchCrosshair) {\n                setCurrent(match)\n                setCurrentNode?.(match ? match[1] : null)\n            }\n\n            if (match) onTouchMove?.(match[1], event)\n        },\n        [findNode, setCurrent, setCurrentNode, enableTouchCrosshair, onTouchMove]\n    )\n\n    const handleTouchEnd = useCallback(\n        (event: TouchEvent<SVGRectElement>) => {\n            if (enableTouchCrosshair) {\n                setCurrent(null)\n                setCurrentNode?.(null)\n            }\n\n            if (onTouchEnd && previous.current) {\n                onTouchEnd(previous.current[1], event)\n            }\n        },\n        [enableTouchCrosshair, setCurrent, setCurrentNode, onTouchEnd, previous]\n    )\n\n    return {\n        current,\n        handleMouseEnter: isInteractive ? handleMouseEnter : undefined,\n        handleMouseMove: isInteractive ? handleMouseMove : undefined,\n        handleMouseLeave: isInteractive ? handleMouseLeave : undefined,\n        handleMouseDown: isInteractive ? handleMouseDown : undefined,\n        handleMouseUp: isInteractive ? handleMouseUp : undefined,\n        handleClick: isInteractive ? handleClick : undefined,\n        handleDoubleClick: isInteractive ? handleDoubleClick : undefined,\n        handleTouchStart: isInteractive ? handleTouchStart : undefined,\n        handleTouchMove: isInteractive ? handleTouchMove : undefined,\n        handleTouchEnd: isInteractive ? handleTouchEnd : undefined,\n    }\n}\n\n/**\n * Compute a voronoi mesh and corresponding events.\n */\nexport const useMesh = <Node, ElementType extends Element>({\n    elementRef,\n    nodes,\n    getNodePosition,\n    width,\n    height,\n    margin = defaultMargin,\n    isInteractive = true,\n    detectionRadius = Infinity,\n    setCurrent,\n    onMouseEnter,\n    onMouseMove,\n    onMouseLeave,\n    onMouseDown,\n    onMouseUp,\n    onClick,\n    onDoubleClick,\n    tooltip,\n    tooltipPosition = defaultTooltipPosition,\n    tooltipAnchor = defaultTooltipAnchor,\n    debug = false,\n}: {\n    elementRef: MutableRefObject<ElementType | null>\n    nodes: readonly Node[]\n    getNodePosition?: NodePositionAccessor<Node>\n    width: number\n    height: number\n    margin?: Margin\n    isInteractive?: boolean\n    detectionRadius?: number\n    setCurrent?: (node: Node | null) => void\n    onMouseEnter?: NodeMouseHandler<Node>\n    onMouseMove?: NodeMouseHandler<Node>\n    onMouseLeave?: NodeMouseHandler<Node>\n    onMouseDown?: NodeMouseHandler<Node>\n    onMouseUp?: NodeMouseHandler<Node>\n    onClick?: NodeMouseHandler<Node>\n    onDoubleClick?: NodeMouseHandler<Node>\n    tooltip?: (node: Node) => JSX.Element\n    tooltipPosition?: TooltipPosition\n    tooltipAnchor?: TooltipAnchor\n    debug?: boolean\n}) => {\n    const { delaunay, voronoi } = useVoronoiMesh<Node>({\n        points: nodes,\n        getNodePosition,\n        width,\n        height,\n        margin,\n        debug,\n    })\n\n    const {\n        handleMouseEnter,\n        handleMouseMove,\n        handleMouseLeave,\n        handleMouseDown,\n        handleMouseUp,\n        handleClick,\n        handleDoubleClick,\n        current,\n    } = useMeshEvents<Node, ElementType>({\n        elementRef,\n        nodes,\n        margin,\n        setCurrent,\n        delaunay,\n        detectionRadius,\n        isInteractive,\n        onMouseEnter,\n        onMouseMove,\n        onMouseLeave,\n        onMouseDown,\n        onMouseUp,\n        onClick,\n        onDoubleClick,\n        tooltip,\n        tooltipPosition,\n        tooltipAnchor,\n    })\n\n    return {\n        delaunay,\n        voronoi,\n        current,\n        handleMouseEnter,\n        handleMouseMove,\n        handleMouseLeave,\n        handleMouseDown,\n        handleMouseUp,\n        handleClick,\n        handleDoubleClick,\n    }\n}\n","import { createElement, Fragment, ReactNode, forwardRef, Ref } from 'react'\nimport { Container, SvgWrapper, useDimensions } from '@nivo/core'\nimport { VoronoiSvgProps, VoronoiLayerId } from './types'\nimport { defaultVoronoiProps } from './props'\nimport { useVoronoi, useVoronoiLayerContext } from './hooks'\n\ntype InnerVoronoiProps = Partial<Omit<VoronoiSvgProps, 'data' | 'width' | 'height'>> &\n    Pick<VoronoiSvgProps, 'data' | 'width' | 'height'> & {\n        forwardedRef: Ref<SVGSVGElement>\n    }\n\nconst InnerVoronoi = ({\n    data,\n    width,\n    height,\n    margin: partialMargin,\n    layers = defaultVoronoiProps.layers,\n    xDomain = defaultVoronoiProps.xDomain,\n    yDomain = defaultVoronoiProps.yDomain,\n    enableLinks = defaultVoronoiProps.enableLinks,\n    linkLineWidth = defaultVoronoiProps.linkLineWidth,\n    linkLineColor = defaultVoronoiProps.linkLineColor,\n    enableCells = defaultVoronoiProps.enableCells,\n    cellLineWidth = defaultVoronoiProps.cellLineWidth,\n    cellLineColor = defaultVoronoiProps.cellLineColor,\n    enablePoints = defaultVoronoiProps.enableCells,\n    pointSize = defaultVoronoiProps.pointSize,\n    pointColor = defaultVoronoiProps.pointColor,\n    role = defaultVoronoiProps.role,\n    forwardedRef,\n}: InnerVoronoiProps) => {\n    const { outerWidth, outerHeight, margin, innerWidth, innerHeight } = useDimensions(\n        width,\n        height,\n        partialMargin\n    )\n\n    const { points, delaunay, voronoi } = useVoronoi({\n        data,\n        width: innerWidth,\n        height: innerHeight,\n        xDomain,\n        yDomain,\n    })\n\n    const layerById: Record<VoronoiLayerId, ReactNode> = {\n        links: null,\n        cells: null,\n        points: null,\n        bounds: null,\n    }\n\n    if (enableLinks && layers.includes('links')) {\n        layerById.links = (\n            <path\n                key=\"links\"\n                stroke={linkLineColor}\n                strokeWidth={linkLineWidth}\n                fill=\"none\"\n                d={delaunay.render()}\n            />\n        )\n    }\n\n    if (enableCells && layers.includes('cells')) {\n        layerById.cells = (\n            <path\n                key=\"cells\"\n                d={voronoi.render()}\n                fill=\"none\"\n                stroke={cellLineColor}\n                strokeWidth={cellLineWidth}\n            />\n        )\n    }\n\n    if (enablePoints && layers.includes('points')) {\n        layerById.points = (\n            <path\n                key=\"points\"\n                stroke=\"none\"\n                fill={pointColor}\n                d={delaunay.renderPoints(undefined, pointSize / 2)}\n            />\n        )\n    }\n\n    if (layers.includes('bounds')) {\n        layerById.bounds = (\n            <path\n                key=\"bounds\"\n                fill=\"none\"\n                stroke={cellLineColor}\n                strokeWidth={cellLineWidth}\n                d={voronoi.renderBounds()}\n            />\n        )\n    }\n\n    const layerContext = useVoronoiLayerContext({\n        points,\n        delaunay,\n        voronoi,\n    })\n\n    return (\n        <SvgWrapper\n            width={outerWidth}\n            height={outerHeight}\n            margin={margin}\n            role={role}\n            ref={forwardedRef}\n        >\n            {layers.map((layer, i) => {\n                if (layerById[layer as VoronoiLayerId] !== undefined) {\n                    return layerById[layer as VoronoiLayerId]\n                }\n\n                if (typeof layer === 'function') {\n                    return <Fragment key={i}>{createElement(layer, layerContext)}</Fragment>\n                }\n\n                return null\n            })}\n        </SvgWrapper>\n    )\n}\n\nexport const Voronoi = forwardRef(\n    (\n        {\n            theme,\n            ...props\n        }: Partial<Omit<VoronoiSvgProps, 'data' | 'width' | 'height'>> &\n            Pick<VoronoiSvgProps, 'data' | 'width' | 'height'>,\n        ref: Ref<SVGSVGElement>\n    ) => (\n        <Container isInteractive={false} animate={false} theme={theme}>\n            <InnerVoronoi {...props} forwardedRef={ref} />\n        </Container>\n    )\n)\n","import { forwardRef, Ref } from 'react'\nimport { ResponsiveWrapper, ResponsiveProps } from '@nivo/core'\nimport { VoronoiSvgProps } from './types'\nimport { Voronoi } from './Voronoi'\n\ntype ResponsiveVoronoiProps = ResponsiveProps<\n    Partial<Omit<VoronoiSvgProps, 'data'>> & Pick<VoronoiSvgProps, 'data'>\n>\n\nexport const ResponsiveVoronoi = forwardRef(\n    (\n        { defaultWidth, defaultHeight, onResize, debounceResize, ...props }: ResponsiveVoronoiProps,\n        ref: Ref<SVGSVGElement>\n    ) => (\n        <ResponsiveWrapper\n            defaultWidth={defaultWidth}\n            defaultHeight={defaultHeight}\n            onResize={onResize}\n            debounceResize={debounceResize}\n        >\n            {({ width, height }: { width: number; height: number }) => (\n                <Voronoi {...props} width={width} height={height} ref={ref} />\n            )}\n        </ResponsiveWrapper>\n    )\n)\n","import { useMemo, useRef } from 'react'\nimport { Margin } from '@nivo/core'\nimport { TooltipAnchor, TooltipPosition } from '@nivo/tooltip'\nimport { useVoronoiMesh, useMeshEvents } from './hooks'\nimport { NodeMouseHandler, NodePositionAccessor, NodeTouchHandler } from './types'\nimport { defaultMargin, defaultTooltipAnchor, defaultTooltipPosition } from './defaults'\n\ninterface MeshProps<Node> {\n    nodes: Node[]\n    width: number\n    height: number\n    margin?: Margin\n    getNodePosition?: NodePositionAccessor<Node>\n    // Can be used in case you want to keep track of the current node externally,\n    // the current node being the last hovered node.\n    setCurrent?: (node: Node | null) => void\n    onMouseEnter?: NodeMouseHandler<Node>\n    onMouseMove?: NodeMouseHandler<Node>\n    onMouseLeave?: NodeMouseHandler<Node>\n    onMouseDown?: NodeMouseHandler<Node>\n    onMouseUp?: NodeMouseHandler<Node>\n    onClick?: NodeMouseHandler<Node>\n    onDoubleClick?: NodeMouseHandler<Node>\n    onTouchStart?: NodeTouchHandler<Node>\n    onTouchMove?: NodeTouchHandler<Node>\n    onTouchEnd?: NodeTouchHandler<Node>\n    enableTouchCrosshair?: boolean\n    // Restrict the node detection to a given radius, default to `Infinity`.\n    detectionRadius?: number\n    // If specified, tooltips are going to be handled automatically.\n    tooltip?: (node: Node) => JSX.Element\n    tooltipPosition?: TooltipPosition\n    tooltipAnchor?: TooltipAnchor\n    // Display the voronoi mesh for debugging purpose.\n    debug?: boolean\n}\n\nexport const Mesh = <Node,>({\n    nodes,\n    width,\n    height,\n    margin = defaultMargin,\n    getNodePosition,\n    setCurrent,\n    onMouseEnter,\n    onMouseMove,\n    onMouseLeave,\n    onMouseDown,\n    onMouseUp,\n    onClick,\n    onDoubleClick,\n    onTouchStart,\n    onTouchMove,\n    onTouchEnd,\n    enableTouchCrosshair = false,\n    detectionRadius = Infinity,\n    tooltip,\n    tooltipPosition = defaultTooltipPosition,\n    tooltipAnchor = defaultTooltipAnchor,\n    debug,\n}: MeshProps<Node>) => {\n    const elementRef = useRef<SVGRectElement | null>(null)\n\n    const { delaunay, voronoi } = useVoronoiMesh<Node>({\n        points: nodes,\n        getNodePosition,\n        width,\n        height,\n        margin,\n        debug,\n    })\n\n    const {\n        current,\n        handleMouseEnter,\n        handleMouseMove,\n        handleMouseLeave,\n        handleMouseDown,\n        handleMouseUp,\n        handleClick,\n        handleDoubleClick,\n        handleTouchStart,\n        handleTouchMove,\n        handleTouchEnd,\n    } = useMeshEvents<Node, SVGRectElement>({\n        elementRef,\n        nodes,\n        delaunay,\n        margin,\n        detectionRadius,\n        setCurrent,\n        onMouseEnter,\n        onMouseMove,\n        onMouseLeave,\n        onMouseDown,\n        onMouseUp,\n        onClick,\n        onDoubleClick,\n        onTouchStart,\n        onTouchMove,\n        onTouchEnd,\n        enableTouchCrosshair,\n        tooltip,\n        tooltipPosition,\n        tooltipAnchor,\n    })\n\n    const voronoiPath = useMemo(() => {\n        if (debug && voronoi) return voronoi.render()\n        return undefined\n    }, [debug, voronoi])\n\n    return (\n        <g ref={elementRef} transform={`translate(${-margin.left},${-margin.top})`}>\n            {debug && voronoi && (\n                <>\n                    <path d={voronoiPath} stroke=\"red\" strokeWidth={1} opacity={0.75} />\n                    {detectionRadius < Infinity && (\n                        <path\n                            stroke=\"red\"\n                            strokeWidth={0.35}\n                            fill=\"none\"\n                            d={delaunay.renderPoints(undefined, detectionRadius)}\n                        />\n                    )}\n                    {/* highlight the current cell */}\n                    {current && (\n                        <path fill=\"pink\" opacity={0.35} d={voronoi.renderCell(current[0])} />\n                    )}\n                </>\n            )}\n            {/* transparent rect to intercept mouse events */}\n            <rect\n                data-ref=\"mesh-interceptor\"\n                width={margin.left + width + margin.right}\n                height={margin.top + height + margin.bottom}\n                fill=\"red\"\n                opacity={0}\n                style={{ cursor: 'auto' }}\n                onMouseEnter={handleMouseEnter}\n                onMouseMove={handleMouseMove}\n                onMouseLeave={handleMouseLeave}\n                onMouseDown={handleMouseDown}\n                onMouseUp={handleMouseUp}\n                onTouchStart={handleTouchStart}\n                onTouchMove={handleTouchMove}\n                onTouchEnd={handleTouchEnd}\n                onClick={handleClick}\n                onDoubleClick={handleDoubleClick}\n            />\n        </g>\n    )\n}\n","import { Delaunay, Voronoi } from 'd3-delaunay'\n\nexport const renderVoronoiToCanvas = (\n    ctx: CanvasRenderingContext2D,\n    voronoi: Voronoi<Delaunay.Point>\n) => {\n    ctx.save()\n\n    ctx.globalAlpha = 0.75\n    ctx.beginPath()\n    voronoi.render(ctx)\n    ctx.strokeStyle = 'red'\n    ctx.lineWidth = 1\n    ctx.stroke()\n\n    ctx.restore()\n}\n\nexport const renderDelaunayPointsToCanvas = (\n    ctx: CanvasRenderingContext2D,\n    delaunay: Delaunay<Delaunay.Point>,\n    radius: number\n) => {\n    ctx.save()\n\n    ctx.globalAlpha = 0.15\n    ctx.beginPath()\n    delaunay.renderPoints(ctx, radius)\n    ctx.strokeStyle = 'red'\n    ctx.lineWidth = 1\n    ctx.stroke()\n\n    ctx.restore()\n}\n\nexport const renderVoronoiCellToCanvas = (\n    ctx: CanvasRenderingContext2D,\n    voronoi: Voronoi<Delaunay.Point>,\n    index: number\n) => {\n    ctx.save()\n\n    ctx.globalAlpha = 0.35\n    ctx.beginPath()\n    voronoi.renderCell(index, ctx)\n    ctx.fillStyle = 'pink'\n    ctx.fill()\n\n    ctx.restore()\n}\n\nexport const renderDebugToCanvas = (\n    ctx: CanvasRenderingContext2D,\n    {\n        delaunay,\n        voronoi,\n        detectionRadius,\n        index,\n    }: {\n        delaunay: Delaunay<Delaunay.Point>\n        voronoi: Voronoi<Delaunay.Point>\n        detectionRadius: number\n        index: number | null\n    }\n) => {\n    renderVoronoiToCanvas(ctx, voronoi)\n\n    if (detectionRadius < Infinity) {\n        renderDelaunayPointsToCanvas(ctx, delaunay, detectionRadius)\n    }\n\n    if (index !== null) {\n        renderVoronoiCellToCanvas(ctx, voronoi, index)\n    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