mirror of
https://github.com/hanzoai/bootnode.git
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zeekayandHanzo Dev
7d293212cb
Names the two halves for what they are. The repo already holds both (12407e9 merged bootnode/bootnode into this history); this makes the frontend directory say so, so the layout reads the way the owner describes the system: backend and frontend separate, one repo. git mv throughout — 187 renames, history preserved. Every path reference follows: hanzo.yml build context and dockerfile, compose.yml, compose.prod.yml, start.sh, LLM.md, infra/k8s/web-deployments.yaml, infra/cloud/deploy.sh, and the Dockerfile's own COPY paths. Image and container names (bootnode-web, the -web tag suffix) are deliberately NOT renamed here: those are a deploy contract the App CR and ingress bind to on port 3001, and breaking them is a separate, staged change. Console builds green after the move; the Go tree builds. Co-authored-by: Hanzo Dev <[email protected]>
139 lines
4.6 KiB
TypeScript
139 lines
4.6 KiB
TypeScript
// Simplified world continent outlines as SVG path data
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// Coordinates are in Mercator-projected SVG space (960x500 viewBox)
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// Derived from Natural Earth 110m simplified to ~20-40 vertices per continent
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// Each path is an array of [x, y] points that will be joined as an SVG polygon
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export interface ContinentPath {
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id: string
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name: string
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d: string
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}
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// Helper: convert lat/lng to Mercator SVG coords in a 960x500 viewBox
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function p(lat: number, lng: number): [number, number] {
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const x = (lng + 180) * (960 / 360)
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const latRad = (lat * Math.PI) / 180
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const mercN = Math.log(Math.tan(Math.PI / 4 + latRad / 2))
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const y = 250 - (960 * mercN) / (2 * Math.PI)
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return [Math.round(x * 10) / 10, Math.round(y * 10) / 10]
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}
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function toPath(coords: [number, number][]): string {
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return (
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"M" +
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coords.map(([x, y]) => `${x},${y}`).join("L") +
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"Z"
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)
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}
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// North America (simplified outline)
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const northAmerica = toPath([
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p(49, -125), p(60, -140), p(70, -140), p(72, -120),
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p(75, -95), p(72, -75), p(60, -65), p(50, -55),
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p(47, -60), p(45, -67), p(43, -70), p(40, -74),
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p(30, -82), p(25, -80), p(25, -90), p(20, -87),
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p(15, -88), p(15, -92), p(20, -105), p(23, -110),
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p(30, -115), p(32, -117), p(34, -120), p(38, -123),
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p(42, -124), p(46, -124),
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])
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// South America
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const southAmerica = toPath([
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p(12, -72), p(10, -62), p(8, -60), p(5, -52),
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p(0, -50), p(-5, -35), p(-10, -37), p(-15, -39),
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p(-22, -41), p(-28, -49), p(-33, -52), p(-40, -62),
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p(-48, -66), p(-55, -68), p(-55, -70), p(-50, -75),
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p(-42, -73), p(-35, -72), p(-20, -70), p(-15, -76),
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p(-5, -80), p(0, -78), p(5, -77), p(10, -75),
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])
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// Europe (including British Isles roughly)
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const europe = toPath([
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p(36, -10), p(38, -5), p(43, -9), p(44, -1),
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p(47, -2), p(49, 0), p(51, 2), p(54, -3),
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p(58, -5), p(60, 5), p(64, 10), p(70, 20),
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p(71, 28), p(70, 32), p(65, 30), p(60, 30),
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p(56, 24), p(55, 20), p(54, 14), p(51, 7),
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p(48, 8), p(46, 15), p(44, 12), p(42, 3),
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p(37, -2), p(36, -5),
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])
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// Africa
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const africa = toPath([
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p(37, -10), p(37, 10), p(35, 12), p(32, 13),
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p(30, 33), p(22, 37), p(12, 44), p(10, 42),
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p(5, 42), p(0, 42), p(-5, 40), p(-12, 44),
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p(-20, 36), p(-26, 33), p(-34, 26), p(-35, 20),
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p(-30, 17), p(-22, 14), p(-15, 12), p(-5, 10),
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p(0, 10), p(5, 2), p(5, -5), p(7, -5),
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p(10, -15), p(15, -17), p(20, -17), p(25, -15),
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p(30, -10), p(35, -5),
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])
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// Asia (simplified -- includes Middle East through East Asia)
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const asia = toPath([
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p(70, 32), p(72, 60), p(75, 80), p(73, 100),
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p(72, 120), p(70, 135), p(65, 140), p(60, 143),
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p(55, 135), p(50, 140), p(45, 142), p(40, 140),
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p(35, 140), p(35, 130), p(30, 120), p(22, 120),
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p(20, 110), p(10, 107), p(5, 105), p(1, 104),
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p(8, 80), p(12, 78), p(20, 73), p(25, 68),
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p(27, 56), p(30, 48), p(32, 36), p(35, 36),
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p(40, 44), p(42, 40), p(44, 38), p(50, 40),
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p(55, 38), p(55, 32), p(60, 30), p(65, 30),
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])
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// Australia
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const australia = toPath([
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p(-12, 131), p(-12, 136), p(-15, 140), p(-20, 148),
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p(-28, 153), p(-33, 152), p(-37, 150), p(-39, 146),
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p(-38, 141), p(-35, 137), p(-32, 133), p(-35, 117),
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p(-33, 115), p(-28, 114), p(-22, 114), p(-17, 122),
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p(-14, 126), p(-12, 129),
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])
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// Greenland
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const greenland = toPath([
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p(60, -45), p(65, -55), p(70, -55), p(76, -60),
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p(80, -50), p(82, -35), p(80, -20), p(76, -18),
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p(70, -22), p(65, -40), p(62, -43),
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])
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export const WORLD_PATHS: ContinentPath[] = [
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{ id: "na", name: "North America", d: northAmerica },
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{ id: "sa", name: "South America", d: southAmerica },
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{ id: "eu", name: "Europe", d: europe },
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{ id: "af", name: "Africa", d: africa },
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{ id: "as", name: "Asia", d: asia },
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{ id: "oc", name: "Oceania", d: australia },
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{ id: "gl", name: "Greenland", d: greenland },
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]
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// Grid lines for the map background (every 30 degrees)
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export function generateGridLines(
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width: number,
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height: number
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): { x1: number; y1: number; x2: number; y2: number }[] {
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const lines: { x1: number; y1: number; x2: number; y2: number }[] = []
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// Longitude lines (vertical)
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for (let lng = -180; lng <= 180; lng += 30) {
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const x = (lng + 180) * (width / 360)
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lines.push({ x1: x, y1: 0, x2: x, y2: height })
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}
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// Latitude lines (horizontal) -- Mercator spaced
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for (let lat = -60; lat <= 75; lat += 15) {
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const [, y] = p(lat, 0)
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lines.push({ x1: 0, y1: y, x2: width, y2: y })
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}
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return lines
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}
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/** Convert lat/lng to SVG coordinates in 960x500 viewBox */
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export function latLngToSVG(lat: number, lng: number): { x: number; y: number } {
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const [x, y] = p(lat, lng)
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return { x, y }
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}
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