53:I[707087,["/_next/static/immutable/chunks/3arlv5bvukoo2.js","/_next/static/immutable/chunks/39v64hmfyo-sr.js","/_next/static/immutable/chunks/2nvof3-29tvc3.js","/_next/static/immutable/chunks/3tjobt77z_9dj.js","/_next/static/immutable/chunks/04j_o97cgxn2x.js","/_next/static/immutable/chunks/3upr08c9vtj8w.js","/_next/static/immutable/chunks/1ww0328si-u8x.js","/_next/static/immutable/chunks/11mfl5ymqld9-.js","/_next/static/immutable/chunks/2xxcqy6ppds3l.js","/_next/static/immutable/chunks/3j06ow7w40nxu.js","/_next/static/immutable/chunks/31nn7jwsjvqii.js","/_next/static/immutable/chunks/43_s7jweyypoh.js","/_next/static/immutable/chunks/0p6vao205o1jc.js","/_next/static/immutable/chunks/1_kyvgkyokw92.js","/_next/static/immutable/chunks/1lo-zn37dolb5.js","/_next/static/immutable/chunks/1v8k6yxw1rg0u.js"],"RegistryDependencies"] 54:I[314491,["/_next/static/immutable/chunks/3arlv5bvukoo2.js","/_next/static/immutable/chunks/39v64hmfyo-sr.js","/_next/static/immutable/chunks/2nvof3-29tvc3.js","/_next/static/immutable/chunks/3tjobt77z_9dj.js","/_next/static/immutable/chunks/04j_o97cgxn2x.js","/_next/static/immutable/chunks/3upr08c9vtj8w.js","/_next/static/immutable/chunks/1ww0328si-u8x.js","/_next/static/immutable/chunks/11mfl5ymqld9-.js","/_next/static/immutable/chunks/2xxcqy6ppds3l.js","/_next/static/immutable/chunks/3j06ow7w40nxu.js","/_next/static/immutable/chunks/31nn7jwsjvqii.js","/_next/static/immutable/chunks/43_s7jweyypoh.js","/_next/static/immutable/chunks/0p6vao205o1jc.js","/_next/static/immutable/chunks/1_kyvgkyokw92.js","/_next/static/immutable/chunks/1lo-zn37dolb5.js","/_next/static/immutable/chunks/1v8k6yxw1rg0u.js"],"FilesView"] 55:T96ca,"use client"; import { Children, createContext, isValidElement, use, useCallback, useId, useMemo, useRef, useState, type ComponentProps, type FC, type ReactElement, type ReactNode, } from "react"; import { axisValueToPercentFormatter, type ChartConfig, ChartContainer, getColorsCount, getLoadingData, LoadingIndicator, } from "@/registry/ui/recharts-chart"; import { Area as RechartsArea, AreaChart as RechartsAreaChart, CartesianGrid, XAxis as RechartsXAxis, YAxis as RechartsYAxis, } from "recharts"; import { ChartTooltip, ChartTooltipContent, type TooltipRoundness, type TooltipVariant, } from "@/registry/ui/recharts-tooltip"; import { Brush, EvilBrush, useEvilBrush, type BrushProps, type EvilBrushRange, } from "@/registry/ui/recharts-brush"; import { ChartLegend, ChartLegendContent, type ChartLegendVariant, } from "@/registry/ui/recharts-legend"; import { ChartDot, type DotVariant } from "@/registry/ui/recharts-dot"; import { motion, useReducedMotion } from "motion/react"; // Constants const STROKE_WIDTH = 0.8; // default series stroke — overrides it const LOADING_AREA_DATA_KEY = "loading"; const LOADING_ANIMATION_DURATION = 2000; // in milliseconds const STACK_ID = "evil-stacked"; const REVEAL_DURATION = 1; // intro wipe length, in seconds const REVEAL_EASE: [number, number, number, number] = [0, 0.7, 0.5, 1]; // intro wipe easing type CurveType = ComponentProps["type"]; type AreaDotProp = ComponentProps["dot"]; type AreaActiveDotProp = ComponentProps["activeDot"]; type AreaVariant = "gradient" | "gradient-reverse" | "solid" | "dotted" | "lines" | "hatched"; type StrokeVariant = "solid" | "dashed" | "animated-dashed"; type StackType = "default" | "expanded" | "stacked"; /** * Direction of the custom motion.dev intro reveal. Recharts' own area animation * is permanently disabled (it drew the line after the dots had already popped * in) — these reveals replace it. * * NOTE: a reveal is a per-frame animated SVG mask, so it is heavier than a * static chart. `"none"` opts out entirely; it is also what a device with the * OS "reduce motion" preference falls back to automatically. */ type AreaAnimationType = "none" | "left-to-right" | "right-to-left" | "center-out" | "edges-in"; type RevealAnimationType = Exclude; // ───────────────────────────────────────────────────────────────────────────── // Shared context // ───────────────────────────────────────────────────────────────────────────── /** * Shared state for every part of the chart. Lifted into so that * , , , and friends can read it without prop drilling. * Sub-components are composed freely — the provider is the single source of truth. */ type AreaChartContextValue = { config: ChartConfig; // colors + labels for every series curveType: CurveType; // default curve interpolation each inherits animationType: AreaAnimationType; // default intro reveal each inherits isStacked: boolean; // whether areas stack on top of each other isExpanded: boolean; // whether the stack is normalized to 100% isLoading: boolean; // whether the chart shows its loading skeleton selectedDataKey: string | null; // currently selected series, or null when none selectDataKey: (dataKey: string | null) => void; // sets the selected series }; const AreaChartContext = createContext(null); // Reads the chart context, throwing a helpful error when used outside function useAreaChart() { const context = use(AreaChartContext); if (!context) { throw new Error( "Area chart parts (, , …) must be used within ", ); } return context; } // ───────────────────────────────────────────────────────────────────────────── // Root container // ───────────────────────────────────────────────────────────────────────────── // Validates that every config key also exists on the data row type type ValidateConfigKeys = { [K in keyof TConfig]: K extends keyof TData ? ChartConfig[string] : never; }; type EvilAreaChartBaseProps< TData extends Record, TConfig extends Record, > = { config: TConfig & ValidateConfigKeys; // series colors + labels data: TData[]; // rows rendered by the chart children: ReactNode; // composed parts — , , , … className?: string; // extra classes for the chart container chartProps?: ComponentProps; // escape hatch for the raw Recharts chart curveType?: CurveType; // default curve interpolation for every animationType?: AreaAnimationType; // default intro reveal for every stackType?: StackType; // how multiple areas combine defaultSelectedDataKey?: string | null; // series selected on first render onSelectionChange?: (selectedDataKey: string | null) => void; // fires when the selected series changes isLoading?: boolean; // shows the animated loading skeleton loadingPoints?: number; // number of points in the loading skeleton xDataKey?: keyof TData & string; // x-axis key — only needed for the footer }; type EvilAreaChartProps< TData extends Record, TConfig extends Record, > = EvilAreaChartBaseProps; /** * Root of the composible area chart. Owns the data, the shared context, the * loading skeleton, and the optional zoom brush. Everything visual — axes, * grid, tooltip, legend, and the areas themselves — is composed as children, * so a consumer renders exactly the parts they need. */ export function EvilAreaChart< TData extends Record, TConfig extends Record, >({ config, data, children, className, chartProps, curveType = "linear", animationType = "left-to-right", stackType = "default", defaultSelectedDataKey = null, onSelectionChange, isLoading = false, loadingPoints, xDataKey, }: EvilAreaChartProps) { const chartId = useId().replace(/:/g, ""); // colon-free id keeps CSS/SVG selectors valid const [selectedDataKey, setSelectedDataKey] = useState(defaultSelectedDataKey); const { loadingData, onShimmerExit } = useLoadingData(isLoading, loadingPoints); const { visibleData, brushProps } = useEvilBrush({ data }); // Brush is a child now (not props): pull it out of the children so // it never reaches the Recharts tree, and drive the footer from its props. const brush = useMemo(() => { // Pull the element out of the children (config-only, never rendered // into the Recharts tree); toArray also assigns stable keys to the rest. const parts = Children.toArray(children); const brushEl = parts.find((child) => isValidElement(child) && child.type === Brush); const bp = (isValidElement(brushEl) ? brushEl.props : {}) as BrushProps; return { slot: { present: isValidElement(brushEl), height: bp.height, formatLabel: bp.formatLabel, onChange: bp.onChange, }, chartChildren: parts.filter((child) => !(isValidElement(child) && child.type === Brush)), }; }, [children]); const showBrush = brush.slot.present; const isExpanded = stackType === "expanded"; const isStacked = stackType === "stacked" || isExpanded; const displayData = showBrush && !isLoading ? visibleData : data; // Updates selection state and notifies the parent const selectDataKey = useCallback( (newSelectedDataKey: string | null) => { setSelectedDataKey(newSelectedDataKey); onSelectionChange?.(newSelectedDataKey); }, [onSelectionChange], ); const contextValue = useMemo( () => ({ config, curveType, animationType, isStacked, isExpanded, isLoading, selectedDataKey, selectDataKey, }), [ config, curveType, animationType, isStacked, isExpanded, isLoading, selectedDataKey, selectDataKey, ], ); return ( { brushProps.onChange(range); brush.slot.onChange?.(range); }} /> ) } > {brush.chartChildren} {isLoading && ( )} ); } // ───────────────────────────────────────────────────────────────────────────── // Composible parts // ───────────────────────────────────────────────────────────────────────────── type AreaProps = { dataKey: string; // series key — must exist on the data and config variant?: AreaVariant; // fill style for this area only strokeVariant?: StrokeVariant; // stroke style for this area strokeWidth?: number; // stroke thickness in pixels for this area curveType?: CurveType; // curve interpolation — falls back to the chart default animationType?: AreaAnimationType; // intro reveal — falls back to the chart default connectNulls?: boolean; // join segments across null/missing values isClickable?: boolean; // lets this area be selected by clicking it children?: ReactNode; // optional and composition areaProps?: ComponentProps; // escape hatch for raw Recharts Area props }; /** * A single area series. Each is fully self-contained: it generates its * own gradient/pattern definitions under a unique id, so any number of areas — * each with its own variant, stroke, and clickability — can live in one chart * without style collisions. Compose and inside it to add * point markers. */ function Area({ dataKey, variant = "gradient", strokeVariant = "dashed", strokeWidth = STROKE_WIDTH, curveType, animationType, connectNulls = false, isClickable = false, children, areaProps, }: AreaProps) { const { config, curveType: defaultCurve, animationType: defaultAnimation, isStacked, isExpanded, isLoading, selectedDataKey, selectDataKey, } = useAreaChart(); const id = useId().replace(/:/g, ""); // unique id scopes this area's style defs // Devices set to "reduce motion" skip the intro reveal entirely const shouldReduceMotion = useReducedMotion(); // The root renders the skeleton area while loading, so real areas step aside if (isLoading) return null; const resolvedCurve = curveType ?? defaultCurve; // The reveal is an animated SVG mask — heavier than a static chart — so // `"none"` and the OS reduce-motion preference both opt out of it. const revealType: AreaAnimationType = shouldReduceMotion ? "none" : (animationType ?? defaultAnimation); const maskId = revealType === "none" ? undefined : `${id}-reveal-mask`; const isSelected = selectedDataKey === dataKey; const hasSelection = selectedDataKey !== null; const opacity = getOpacity(selectedDataKey, dataKey); const showUnselected = hasSelection && !isSelected; const { dot, activeDot } = resolveDots(children, id, dataKey, opacity.dot, maskId); const isAnimatedDashed = strokeVariant === "animated-dashed"; const isDashed = strokeVariant === "dashed" || isAnimatedDashed; return ( <> { if (!isClickable) return; // Clicking the selected area clears the selection, otherwise selects it selectDataKey(isSelected ? null : dataKey); }} {...areaProps} > {isAnimatedDashed && !hasSelection && } {revealType !== "none" && } {variant === "gradient" && } {variant === "gradient-reverse" && } {variant === "solid" && } {variant === "dotted" && } {variant === "lines" && } {variant === "hatched" && } {showUnselected && } ); } type DotProps = { variant?: DotVariant; // visual style of the point marker }; /** * Declares a resting point marker for the it is composed inside. * It renders nothing on its own — the parent reads its variant and * wires it into the Recharts dot slot. */ const Dot: FC = () => null; /** * Declares the hovered/active point marker for the it is composed * inside. Like , it is a configuration slot and renders nothing itself. */ const ActiveDot: FC = () => null; type XAxisProps = ComponentProps; /** * The horizontal category axis. Ships with the chart's flat default styling and * forwards every Recharts XAxis prop, so `dataKey`, `tickFormatter`, etc. are * passed straight through. Hidden automatically while the chart is loading. */ function XAxis({ tickLine = false, axisLine = false, tickMargin = 8, minTickGap = 8, ...props }: XAxisProps) { const { isLoading } = useAreaChart(); if (isLoading) return null; return ( ); } type YAxisProps = ComponentProps; /** * The vertical value axis. Forwards every Recharts YAxis prop and, when the * chart uses an expanded stack, formats ticks as percentages automatically. * Hidden automatically while the chart is loading. */ function YAxis({ tickLine = false, axisLine = false, tickMargin = 8, minTickGap = 8, width = "auto", tickFormatter, ...props }: YAxisProps) { const { isLoading, isExpanded } = useAreaChart(); if (isLoading) return null; return ( ); } type GridProps = ComponentProps; /** * The background grid lines. Defaults to horizontal-only dashed lines and * forwards every Recharts CartesianGrid prop for full control. */ function Grid({ vertical = false, strokeDasharray = "3 3", ...props }: GridProps) { return ; } type TooltipProps = { variant?: TooltipVariant; // visual style of the tooltip surface roundness?: TooltipRoundness; // border-radius of the tooltip defaultIndex?: number; // data index shown by default with no hover cursor?: boolean; // whether the vertical cursor line follows the pointer }; /** * The hover tooltip. Reads the chart's selection from context so its content * dims unselected series. Hidden automatically while the chart is loading. */ function Tooltip({ variant, roundness, defaultIndex, cursor = true }: TooltipProps) { const { isLoading, selectedDataKey } = useAreaChart(); if (isLoading) return null; return ( } /> ); } type LegendProps = { variant?: ChartLegendVariant; // visual style of the legend indicators align?: "left" | "center" | "right"; // horizontal placement verticalAlign?: "top" | "middle" | "bottom"; // vertical placement isClickable?: boolean; // lets each entry toggle selection of its series }; /** * The series legend. When `isClickable` is set, each entry toggles selection of * its series, driving the shared selection state read by every . */ function Legend({ variant, align = "right", verticalAlign = "top", isClickable = false, }: LegendProps) { const { selectedDataKey, selectDataKey } = useAreaChart(); return ( } /> ); } // ───────────────────────────────────────────────────────────────────────────── // Selection + dot helpers // ───────────────────────────────────────────────────────────────────────────── // Returns fill/stroke/dot opacity — dims a series only when another is selected const getOpacity = (selectedDataKey: string | null, dataKey: string) => { if (selectedDataKey === null) { return { fill: 0.8, stroke: 1, dot: 1 }; } return selectedDataKey === dataKey ? { fill: 0.8, stroke: 1, dot: 1 } : { fill: 0.1, stroke: 0.3, dot: 0.3 }; }; // Resolves the SVG paint reference for an area's fill based on its variant const getFillPattern = (variant: AreaVariant, showUnselected: boolean, id: string): string => { // A non-selected area in a clickable chart is striped to recede visually if (showUnselected) return `url(#${id}-unselected)`; return `url(#${id}-${variant})`; }; // Pulls and out of an area's children into Recharts dot slots. // When a `maskId` is given the resting dot is wired to the intro reveal mask so it // wipes in with the line; the active dot is always left unmasked since it only // appears on hover, after the intro has finished. const resolveDots = ( children: ReactNode, id: string, dataKey: string, dotOpacity: number, maskId: string | undefined, ): { dot: AreaDotProp; activeDot: AreaActiveDotProp } => { let dot: AreaDotProp = false; let activeDot: AreaActiveDotProp = false; Children.forEach(children, (child) => { if (!isValidElement(child)) return; if (child.type === Dot) { const { variant } = (child as ReactElement).props; dot = ( ); } if (child.type === ActiveDot) { const { variant } = (child as ReactElement).props; activeDot = ( ); } }); return { dot, activeDot }; }; // ───────────────────────────────────────────────────────────────────────────── // Style definitions — one set per , scoped to its unique id // ───────────────────────────────────────────────────────────────────────────── type StyleProps = { id: string; // unique id of the owning dataKey: string; // series key the colors belong to }; // Animated dashed-stroke effect, rendered as a child of the Recharts Area const AnimatedDashedStroke = () => { return ( <> ); }; // motion `originX` for each single-rect reveal — the edge the wipe grows from. // 0 = left edge, 1 = right edge, 0.5 = centre (grows outward to both edges). const SINGLE_REVEAL_ORIGIN: Record, number> = { "left-to-right": 0, "right-to-left": 1, "center-out": 0.5, }; /** * Wipe mask driven by motion.dev, played once when an mounts. The same * mask is applied to the area's fill, stroke, and resting dots, so all three * reveal in lockstep — fixing Recharts' default, where the dots appeared before * the line had finished drawing. * * `maskUnits`/`maskContentUnits` are both userSpaceOnUse so every masked element * shares one coordinate space and the wipe edge lands at the same x on each. * * Each rect animates `scaleX` 0 → 1; `originX` decides which edge it grows from. * "edges-in" needs two rects — each half grows inward from an opposite edge. */ const RevealMask = ({ id, type }: { id: string; type: RevealAnimationType }) => { const reveal = { initial: { scaleX: 0 }, animate: { scaleX: 1 }, transition: { duration: REVEAL_DURATION, ease: REVEAL_EASE }, }; return ( {type === "edges-in" ? ( <> {/* left half wipes inward from the left edge toward the centre */} {/* right half wipes inward from the right edge toward the centre */} ) : ( )} ); }; /** * Horizontal left-to-right color gradient for a series. Always rendered — every * fill variant, the stroke, and the dots all paint from this single gradient. */ const ColorGradient = ({ id, dataKey, config, isExpanded, }: StyleProps & { config: ChartConfig; isExpanded: boolean }) => { const colorsCount = getColorsCount(config[dataKey] ?? {}); return ( {colorsCount === 1 ? ( <> ) : ( Array.from({ length: colorsCount }, (_, index) => { const offset = `${(index / (colorsCount - 1)) * 100}%`; return ( ); }) )} ); }; /** Gradient fill that fades from visible at the top to transparent at the bottom. */ const GradientPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Gradient fill that fades from transparent at the top to visible at the bottom. */ const ReverseGradientPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Uniform low-opacity gradient fill with no vertical fade. */ const SolidPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Diagonal-line texture fill, masked from the series color gradient. */ const LinesPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Dotted texture fill, masked from the series color gradient. */ const DottedPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Hatched striped fill with a soft gradient across each stripe. */ const HatchedPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; /** Diagonal-line fill used to push a non-selected area into the background. */ const UnselectedPattern = ({ id, dataKey }: StyleProps) => { return ( <> ); }; // ───────────────────────────────────────────────────────────────────────────── // Loading skeleton // ───────────────────────────────────────────────────────────────────────────── // Builds bell-curve eased gradient stops for the loading shimmer const generateEasedGradientStops = ( steps: number = 17, minOpacity: number = 0.05, maxOpacity: number = 0.9, ) => { return Array.from({ length: steps }, (_, i) => { const t = i / (steps - 1); // 0 to 1 // Sine-based bell curve easing: peaks at center (t=0.5), smooth falloff at edges const eased = Math.sin(t * Math.PI) ** 2; const opacity = minOpacity + eased * (maxOpacity - minOpacity); return { offset: `${(t * 100).toFixed(0)}%`, opacity: Number(opacity.toFixed(3)) }; }); }; /** * Hook to manage loading data with pixel-perfect shimmer synchronization. * * Uses motion.dev's onUpdate callback to ensure chart data is only regenerated * when the shimmer has completely exited the visible area. This eliminates * timing drift issues from setTimeout/setInterval. */ export function useLoadingData(isLoading: boolean, loadingPoints: number = 14) { const [loadingDataKey, setLoadingDataKey] = useState(false); // Callback fired by motion.dev when the shimmer exits the visible area const onShimmerExit = useCallback(() => { if (isLoading) { setLoadingDataKey((prev) => !prev); } }, [isLoading]); const loadingData = useMemo( () => getLoadingData(loadingPoints), // loadingDataKey toggle triggers re-computation when the shimmer exits // eslint-disable-next-line react-hooks/exhaustive-deps [loadingPoints, loadingDataKey], ); return { loadingData, onShimmerExit }; } /** * The skeleton area shown while the chart is loading. Rendered by the root in * place of the real areas, paired with its own masked shimmer pattern. */ const LoadingArea = ({ chartId, curveType, onShimmerExit, }: { chartId: string; curveType: CurveType; onShimmerExit: () => void; }) => { return ( <> ); }; /** * Animated shimmer pattern for the loading skeleton. * * The visible chart area is normalized to 0-1, the shimmer gradient has width 1, * and the pattern is 3x wide so the shimmer has buffer on both sides. The motion * rect travels x from -1 to 2; onShimmerExit fires as it crosses x=1, letting the * data swap happen while the shimmer is off-screen for a seamless loop. */ const LoadingPattern = ({ chartId, onShimmerExit, }: { chartId: string; onShimmerExit: () => void; }) => { const gradientStops = generateEasedGradientStops(); // 1 (left buffer) + 1 (visible) + 1 (right buffer) const patternWidth = 3; const startX = -1; const endX = 2; // Tracks the last x value to detect the exit threshold crossing const lastXRef = useRef(startX); return ( <> {gradientStops.map(({ offset, opacity }) => ( ))} { const xValue = typeof latest.x === "number" ? latest.x : startX; const lastX = lastXRef.current; // Fire once per loop, when the shimmer fully exits the visible area if (xValue >= 1 && lastX < 1) { onShimmerExit(); } lastXRef.current = xValue; }} /> ); }; // Compound API: every part hangs off the root as a static member, so a consumer // writes , , … from a single import // — no colliding named marker exports when several charts share one file. 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