import process from "node:process";
import { defu } from "defu";
import { join, relative, resolve } from "pathe";
import { createConsoleReporter, defineDiagnostics } from "nostics";
import { existsSync } from "node:fs";
import { readdir } from "node:fs/promises";
import { randomUUID } from "node:crypto";
import { isDebug, isDevelopment, isTest } from "std-env";
import { findWorkspaceDir } from "pkg-types";
import { escapeHtml } from "@vue/shared";
//#region src/utils/definition.ts
function defineResolvers(config) {
	return config;
}
//#endregion
//#region src/config/adhoc.ts
var adhoc_default = defineResolvers({
	components: { $resolve: (val) => {
		if (Array.isArray(val)) return { dirs: val };
		if (val === false) return { dirs: [] };
		return {
			dirs: [{
				path: "~/components/global",
				global: true
			}, "~/components"],
			...typeof val === "object" ? val : {}
		};
	} },
	imports: {
		global: false,
		scan: true,
		dirs: []
	},
	pages: void 0,
	telemetry: void 0,
	devtools: {}
});
//#endregion
//#region src/diagnostics.ts
/**
* B5xxx (schema-resolved configuration)
* Diagnostics raised while resolving `nuxt.config` values against the schema.
* Codes continue the configuration (B5xxx) range defined in `@nuxt/kit`, which
* schema cannot import without creating a dependency cycle.
*/
const docsBase = (code) => `https://nuxt.com/docs/4.x/errors/${code.replace("NUXT_", "").toLowerCase()}`;
const schemaDiagnostics = /* #__PURE__ */ defineDiagnostics({
	docsBase,
	reporters: [/* @__PURE__ */ createConsoleReporter()],
	codes: {
		NUXT_B5012: {
			why: (p) => `Invalid \`logLevel\` option: \`${p.value}\`.`,
			fix: "Use one of `silent`, `info`, or `verbose`.",
			docs: false
		},
		NUXT_B5013: {
			why: "`unhead.legacy` is ignored when `future.compatibilityVersion` >= 5.",
			fix: "Remove deprecated head patterns (`hid`, `vmid`, `children`, `body: true`, `renderPriority`) and resolve promise values before passing them to `useHead`.",
			docs: false
		},
		NUXT_B5014: {
			why: "Directly configuring the `vite.publicDir` option is not supported.",
			fix: "Set `dir.public` instead. You can read more in `https://nuxt.com/docs/4.x/api/nuxt-config#public`.",
			docs: false
		},
		NUXT_B5015: {
			why: (p) => `Unknown PostCSS order preset: \`${p.preset}\`.`,
			fix: "Use a known preset name, or pass a function to `postcss.order`.",
			docs: false
		},
		NUXT_B5020: {
			why: (p) => `\`experimental.prerenderErrorPages\` was passed \`${p.status}\`, which is not a client or server error status code.`,
			fix: "Pass whole status codes between 400 and 599, such as `[404, 500]`. `/200.html` and `/index.html` are SPA fallbacks and cannot be generated as error pages.",
			docs: false
		},
		NUXT_B5027: {
			why: "`experimental.nitroViteEnvironment` is only compatible with `@nuxt/vite-builder`, so it has been disabled.",
			fix: "Set `builder: \"vite\"` in your `nuxt.config`, or remove the option.",
			docs: false
		}
	}
});
//#endregion
//#region src/config/app.ts
var app_default = defineResolvers({
	vue: {
		transformAssetUrls: {
			video: ["src", "poster"],
			source: ["src"],
			img: ["src"],
			image: ["xlink:href", "href"],
			use: ["xlink:href", "href"]
		},
		compilerOptions: {},
		runtimeCompiler: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		optionsApi: { async $resolve(val, get) {
			if (typeof val === "boolean") return val;
			return await get("future.compatibilityVersion") < 5;
		} },
		/**
		* Enable experimental support for Vue Vapor Mode (requires Vue 3.6+).
		*
		* This installs Vue's `vaporInteropPlugin` so that vapor components (SFCs using
		* `<script setup vapor>` or `<template vapor>`) can be used alongside regular
		* VDOM components.
		* @see [Vue Vapor Mode release notes](https://github.com/vuejs/core/releases/tag/v3.6.0-rc.1)
		*/
		vapor: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		propsDestructure: true,
		config: {}
	},
	app: {
		baseURL: { $resolve: (val) => {
			if (typeof val === "string") return val;
			return process.env.NUXT_APP_BASE_URL || "/";
		} },
		buildAssetsDir: { $resolve: (val) => {
			return (typeof val === "string" ? val : process.env.NUXT_APP_BUILD_ASSETS_DIR || "/_nuxt/").replace(/^\/?/, "/").replace(/\/?$/, "/");
		} },
		cdnURL: { $resolve: async (val, get) => {
			if (await get("dev")) return "";
			return process.env.NUXT_APP_CDN_URL || (typeof val === "string" ? val : "");
		} },
		head: { $resolve: (_val) => {
			var _resolved$meta$find, _resolved$meta$find2;
			const resolved = defu(_val && typeof _val === "object" ? _val : {}, {
				meta: [],
				link: [],
				style: [],
				script: [],
				noscript: []
			});
			if (!((_resolved$meta$find = resolved.meta.find((m) => m === null || m === void 0 ? void 0 : m.charset)) === null || _resolved$meta$find === void 0 ? void 0 : _resolved$meta$find.charset)) resolved.meta.unshift({ charset: resolved.charset || "utf-8" });
			if (!((_resolved$meta$find2 = resolved.meta.find((m) => (m === null || m === void 0 ? void 0 : m.name) === "viewport")) === null || _resolved$meta$find2 === void 0 ? void 0 : _resolved$meta$find2.content)) resolved.meta.unshift({
				name: "viewport",
				content: resolved.viewport || "width=device-width, initial-scale=1"
			});
			resolved.meta = resolved.meta.filter(Boolean);
			resolved.link = resolved.link.filter(Boolean);
			resolved.style = resolved.style.filter(Boolean);
			resolved.script = resolved.script.filter(Boolean);
			resolved.noscript = resolved.noscript.filter(Boolean);
			return resolved;
		} },
		layoutTransition: false,
		pageTransition: false,
		viewTransition: { $resolve: async (val, get) => {
			const isEnabled = val === "always" || typeof val === "boolean";
			const hasEnabled = val && typeof val === "object" && "enabled" in val;
			const hasTypes = val && typeof val === "object" && "types" in val;
			const appOptions = {
				enabled: isEnabled ? val : hasEnabled ? val.enabled : void 0,
				types: hasTypes ? val.types : void 0
			};
			if (appOptions.enabled !== void 0 && appOptions.types !== void 0) return appOptions;
			const _configOptions = await get("experimental").then((e) => e.viewTransition) ?? { enabled: false };
			const configOptions = typeof _configOptions === "object" ? _configOptions : { enabled: _configOptions };
			return {
				enabled: appOptions.enabled ?? configOptions.enabled,
				types: appOptions.types ?? configOptions.types
			};
		} },
		keepalive: false,
		rootId: { $resolve: (val) => val === false ? false : val && typeof val === "string" ? val : "__nuxt" },
		rootTag: { $resolve: (val) => val && typeof val === "string" ? val : "div" },
		rootAttrs: { $resolve: async (val, get) => {
			const rootId = await get("app.rootId");
			return {
				id: rootId === false ? void 0 : rootId || "__nuxt",
				...typeof val === "object" ? val : {}
			};
		} },
		teleportTag: { $resolve: (val) => val && typeof val === "string" ? val : "div" },
		teleportId: { $resolve: (val) => val === false ? false : val && typeof val === "string" ? val : "teleports" },
		teleportAttrs: { $resolve: async (val, get) => {
			const teleportId = await get("app.teleportId");
			return {
				id: teleportId === false ? void 0 : teleportId || "teleports",
				...typeof val === "object" ? val : {}
			};
		} },
		spaLoaderTag: { $resolve: (val) => val && typeof val === "string" ? val : "div" },
		spaLoaderAttrs: { id: "__nuxt-loader" }
	},
	spaLoadingTemplate: { $resolve: async (val, get) => {
		if (typeof val === "string") return resolve(await get("srcDir"), val);
		if (typeof val === "boolean") return val;
		return null;
	} },
	plugins: [],
	css: { $resolve: (val) => {
		if (!Array.isArray(val)) return [];
		const css = [];
		for (const item of val) if (typeof item === "string") css.push(item);
		return css;
	} },
	unhead: {
		legacy: { $resolve: async (val, get) => {
			if (typeof val !== "boolean") return false;
			if (await get("future.compatibilityVersion") >= 5) {
				if (val) schemaDiagnostics.NUXT_B5013();
				return false;
			}
			return val;
		} },
		vite: {},
		renderSSRHeadOptions: { $resolve: (val) => ({
			omitLineBreaks: true,
			...typeof val === "object" ? val : {}
		}) }
	}
});
//#endregion
//#region src/config/build.ts
var build_default = defineResolvers({
	builder: { $resolve: (val) => {
		if (val && typeof val === "object" && "bundle" in val) return val;
		const map = {
			rspack: "@nuxt/rspack-builder",
			vite: "@nuxt/vite-builder",
			webpack: "@nuxt/webpack-builder"
		};
		if (typeof val === "string" && val in map) return map[val];
		return map.vite;
	} },
	sourcemap: { $resolve: async (val, get) => {
		if (typeof val === "boolean") return {
			server: val,
			client: val
		};
		return {
			server: true,
			client: await get("dev"),
			...typeof val === "object" ? val : {}
		};
	} },
	logLevel: { $resolve: async (val, get) => {
		if (val && typeof val === "string" && ![
			"silent",
			"info",
			"verbose"
		].includes(val)) schemaDiagnostics.NUXT_B5012({ value: val });
		return val && typeof val === "string" ? val : await get("test") ? "silent" : "info";
	} },
	build: {
		transpile: { $resolve: (val) => {
			const transpile = [];
			if (Array.isArray(val)) for (const pattern of val) {
				if (!pattern) continue;
				if (typeof pattern === "string" || typeof pattern === "function" || pattern instanceof RegExp) transpile.push(pattern);
			}
			return transpile;
		} },
		templates: [],
		analyze: { $resolve: async (val, get) => {
			const [rootDir, analyzeDir] = await Promise.all([get("rootDir"), get("analyzeDir")]);
			return {
				template: "treemap",
				projectRoot: rootDir,
				filename: join(analyzeDir, "{name}.html"),
				...typeof val === "boolean" ? { enabled: val } : typeof val === "object" ? val : {}
			};
		} }
	},
	optimization: {
		keyedComposables: { $resolve: (val) => [
			{
				name: "callOnce",
				argumentLength: 3,
				source: "#app/composables/once"
			},
			{
				name: "defineNuxtComponent",
				argumentLength: 2,
				source: "#app/composables/component"
			},
			{
				name: "useState",
				argumentLength: 2,
				source: "#app/composables/state"
			},
			{
				name: "useFetch",
				argumentLength: 3,
				source: "#app/composables/fetch"
			},
			{
				name: "useAsyncData",
				argumentLength: 3,
				source: "#app/composables/asyncData"
			},
			{
				name: "useLazyAsyncData",
				argumentLength: 3,
				source: "#app/composables/asyncData"
			},
			{
				name: "useLazyFetch",
				argumentLength: 3,
				source: "#app/composables/fetch"
			},
			...Array.isArray(val) ? val : []
		].filter(Boolean) },
		keyedComposableFactories: { $resolve: (val) => [
			{
				name: "createUseFetch",
				source: "#app/composables/fetch",
				argumentLength: 3
			},
			{
				name: "createUseAsyncData",
				source: "#app/composables/asyncData",
				argumentLength: 3
			},
			...Array.isArray(val) ? val : []
		].filter(Boolean) },
		treeShake: { composables: {
			server: { $resolve: async (val, get) => defu(typeof val === "object" ? val || {} : {}, await get("dev") ? {} : {
				"vue": [
					"onMounted",
					"onUpdated",
					"onUnmounted",
					"onBeforeMount",
					"onBeforeUpdate",
					"onBeforeUnmount",
					"onRenderTracked",
					"onRenderTriggered",
					"onActivated",
					"onDeactivated"
				],
				"#app": ["definePayloadReviver", "definePageMeta"]
			}) },
			client: { $resolve: async (val, get) => defu(typeof val === "object" ? val || {} : {}, await get("dev") ? {} : {
				"vue": [
					"onRenderTracked",
					"onRenderTriggered",
					"onServerPrefetch"
				],
				"#app": [
					"definePayloadReducer",
					"definePageMeta",
					"onPrehydrate"
				]
			}) }
		} },
		asyncTransforms: {
			asyncFunctions: ["defineNuxtPlugin", "defineNuxtRouteMiddleware"],
			objectDefinitions: {
				defineNuxtComponent: ["asyncData", "setup"],
				defineNuxtPlugin: ["setup"],
				definePageMeta: ["middleware", "validate"]
			}
		}
	}
});
/** Default extensions for JavaScript/TypeScript files, in order of resolution priority. */
const DEFAULT_JS_FILE_EXTENSIONS = [
	".mjs",
	".js",
	".cjs",
	".mts",
	".ts",
	".cts",
	...[".tsx", ".jsx"]
];
//#endregion
//#region src/config/common.ts
var common_default = defineResolvers({
	extends: void 0,
	compatibilityDate: void 0,
	theme: void 0,
	rootDir: { $resolve: (val) => typeof val === "string" ? resolve(val) : process.cwd() },
	workspaceDir: { $resolve: async (val, get) => {
		const rootDir = await get("rootDir");
		return val && typeof val === "string" ? resolve(rootDir, val) : findWorkspaceDir(rootDir, {
			gitConfig: "closest",
			try: true
		}).catch(() => rootDir);
	} },
	srcDir: { $resolve: async (val, get) => {
		if (val && typeof val === "string") return resolve(await get("rootDir"), val);
		const rootDir = await get("rootDir");
		const srcDir = resolve(rootDir, "app");
		if (!existsSync(srcDir)) return rootDir;
		const srcDirFiles = /* @__PURE__ */ new Set();
		const files = await readdir(srcDir).catch(() => []);
		for (const file of files) if (file !== "spa-loading-template.html" && !file.startsWith("router.options")) srcDirFiles.add(file);
		if (srcDirFiles.size === 0) {
			for (const file of ["app.vue", "App.vue"]) if (existsSync(resolve(rootDir, file))) return rootDir;
			const dirs = await Promise.all([
				"assets",
				"layouts",
				"middleware",
				"pages",
				"plugins"
			].map((key) => get(`dir.${key}`)));
			for (const dir of dirs) if (existsSync(resolve(rootDir, dir))) return rootDir;
		}
		return srcDir;
	} },
	serverDir: { $resolve: async (val, get) => {
		const rootDir = await get("rootDir");
		return resolve(rootDir, val && typeof val === "string" ? val : "server");
	} },
	buildDir: { $resolve: async (val, get) => {
		const rootDir = await get("rootDir");
		return resolve(rootDir, val && typeof val === "string" ? val : ".nuxt");
	} },
	typesDir: { $resolve: async (val, get) => {
		if (val && typeof val === "string") return resolve(await get("rootDir"), val);
		return get("buildDir");
	} },
	appId: { $resolve: (val) => val && typeof val === "string" ? val : "nuxt-app" },
	buildId: { $resolve: async (val, get) => {
		if (typeof val === "string") return val;
		const [isDev, isTest] = await Promise.all([get("dev"), get("test")]);
		return isDev ? "dev" : isTest ? "test" : randomUUID();
	} },
	modulesDir: {
		$default: ["node_modules"],
		$resolve: async (val, get) => {
			const rootDir = await get("rootDir");
			const modulesDir = /* @__PURE__ */ new Set([resolve(rootDir, "node_modules")]);
			if (Array.isArray(val)) {
				for (const dir of val) if (dir && typeof dir === "string") modulesDir.add(resolve(rootDir, dir));
			}
			return [...modulesDir];
		}
	},
	analyzeDir: { $resolve: async (val, get) => val && typeof val === "string" ? resolve(await get("rootDir"), val) : resolve(await get("buildDir"), "analyze") },
	dev: { $resolve: (val) => typeof val === "boolean" ? val : Boolean(isDevelopment) },
	test: { $resolve: (val) => typeof val === "boolean" ? val : Boolean(isTest) },
	envName: { $resolve: async (val, get) => {
		if (typeof val === "string") return val;
		return await get("dev") ? "development" : "production";
	} },
	debug: { $resolve: (val) => {
		val ?? (val = isDebug);
		if (val === true) return {
			templates: true,
			modules: true,
			watchers: true,
			hooks: {
				client: true,
				server: true
			},
			nitro: true,
			router: true,
			hydration: true,
			perf: process.env.NUXT_DEBUG_PERF === "quiet" ? "quiet" : true
		};
		if (val && typeof val === "object") {
			if (process.env.NUXT_DEBUG_PERF) val.perf = process.env.NUXT_DEBUG_PERF === "quiet" ? "quiet" : true;
			return val;
		}
		if (process.env.NUXT_DEBUG_PERF) return { perf: process.env.NUXT_DEBUG_PERF === "quiet" ? "quiet" : true };
		return false;
	} },
	ssr: { $resolve: (val) => typeof val === "boolean" ? val : true },
	modules: { $resolve: (val) => {
		const modules = [];
		if (Array.isArray(val)) for (const mod of val) {
			if (!mod) continue;
			if (typeof mod === "string" || typeof mod === "function" || Array.isArray(mod) && mod[0]) modules.push(mod);
		}
		return modules;
	} },
	dir: {
		app: { $resolve: async (val, get) => {
			const [srcDir, rootDir] = await Promise.all([get("srcDir"), get("rootDir")]);
			return resolve(await get("srcDir"), val && typeof val === "string" ? val : srcDir === rootDir ? "app" : ".");
		} },
		assets: "assets",
		layouts: "layouts",
		middleware: "middleware",
		modules: { $resolve: async (val, get) => {
			return resolve(await get("rootDir"), val && typeof val === "string" ? val : "modules");
		} },
		pages: "pages",
		plugins: "plugins",
		shared: { $resolve: (val) => {
			return val && typeof val === "string" ? val : "shared";
		} },
		public: { $resolve: async (val, get) => {
			return resolve(await get("rootDir"), val && typeof val === "string" ? val : "public");
		} }
	},
	extensions: { $resolve: (val) => {
		const extensions = [...DEFAULT_JS_FILE_EXTENSIONS, ".vue"];
		if (Array.isArray(val)) {
			for (const item of val) if (item && typeof item === "string") extensions.push(item);
		}
		return extensions;
	} },
	alias: { $resolve: async (val, get) => {
		const [srcDir, rootDir, buildDir, sharedDir, serverDir] = await Promise.all([
			get("srcDir"),
			get("rootDir"),
			get("buildDir"),
			get("dir.shared"),
			get("serverDir")
		]);
		const srcWithTrailingSlash = withTrailingSlash(srcDir);
		const rootWithTrailingSlash = withTrailingSlash(rootDir);
		return {
			"~": srcWithTrailingSlash,
			"@": srcWithTrailingSlash,
			"~~": rootWithTrailingSlash,
			"@@": rootWithTrailingSlash,
			"#shared": withTrailingSlash(resolve(rootDir, sharedDir)),
			"#server": withTrailingSlash(serverDir),
			"#build": withTrailingSlash(buildDir),
			"#internal/nuxt/paths": resolve(buildDir, "paths.mjs"),
			...typeof val === "object" ? val : {}
		};
	} },
	ignoreOptions: void 0,
	ignorePrefix: { $resolve: (val) => val && typeof val === "string" ? val : "-" },
	ignore: { $resolve: async (val, get) => {
		const [rootDir, ignorePrefix, analyzeDir, buildDir] = await Promise.all([
			get("rootDir"),
			get("ignorePrefix"),
			get("analyzeDir"),
			get("buildDir")
		]);
		const ignore = /* @__PURE__ */ new Set([
			"**/*.stories.{js,cts,mts,ts,jsx,tsx}",
			"**/*.{spec,test}.{js,cts,mts,ts,jsx,tsx}",
			"**/*.d.{cts,mts,ts}",
			"**/*.d.vue.{cts,mts,ts}",
			"**/.{pnpm-store,vercel,netlify,wrangler,output,git,cache,data,direnv}",
			"/vendor",
			"**/node-compile-cache",
			"**/test-results",
			"**/*.sock",
			relative(rootDir, analyzeDir),
			relative(rootDir, buildDir)
		]);
		if (ignorePrefix) ignore.add(`**/${ignorePrefix}*.*`);
		if (Array.isArray(val)) {
			for (const pattern of val) if (pattern) ignore.add(pattern);
		}
		return [...ignore];
	} },
	watch: { $resolve: (val) => {
		if (Array.isArray(val)) return val.filter((b) => typeof b === "string" || b instanceof RegExp);
		return [];
	} },
	watchers: {
		rewatchOnRawEvents: void 0,
		webpack: { aggregateTimeout: 1e3 },
		chokidar: {
			ignoreInitial: true,
			ignorePermissionErrors: true
		}
	},
	hooks: void 0,
	runtimeConfig: { $resolve: async (_val, get) => {
		const val = _val && typeof _val === "object" ? _val : {};
		const [app, buildId] = await Promise.all([get("app"), get("buildId")]);
		provideFallbackValues(val);
		return defu(val, {
			appSecret: "",
			public: {},
			app: {
				buildId,
				baseURL: app.baseURL,
				buildAssetsDir: app.buildAssetsDir,
				cdnURL: app.cdnURL
			}
		});
	} },
	appConfig: { nuxt: {} },
	$schema: {}
});
function provideFallbackValues(obj) {
	for (const key in obj) if (typeof obj[key] === "undefined" || obj[key] === null) obj[key] = "";
	else if (typeof obj[key] === "object") provideFallbackValues(obj[key]);
}
function withTrailingSlash(str) {
	return str.replace(/\/?$/, "/");
}
//#endregion
//#region src/templates/loading.ts
const _messages = {
	"appName": "Nuxt",
	"loading": "Loading"
};
const template = (messages) => {
	messages = {
		..._messages,
		...messages
	};
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same at one\\n// second and at two minutes.\\n//\\n// Motion, all continuous loops:\\n//   · per-particle drift and shimmer\\n//   · slow luminosity waves crossing the field\\n//   · a ripple radiating from the lockup\\n//   · overlapping shockwaves fired by clicking the lockup\\nprecision highp float;\\n\\nuniform vec2 uLogoCentre;\\nuniform vec2 uLogoScale;\\nuniform vec2 uResolution;\\n/** pointer position in canvas space, smoothed */\\nuniform vec2 uPointer;\\n/** shockwave phases 0..1; negative entries are inactive */\\nuniform float uWave[8];\\n/** subtle pointer-enter wave phase; negative while inactive */\\nuniform float uHoverWave;\\n/** x: seconds, y: pointer presence 0..1 */\\nuniform vec2 uMisc;\\n/** x: winter 0..1 — snow on the peaks and falling flakes; y: 1 in light mode */\\nuniform vec2 uSeason;\\n\\nout vec2 vLocal;\\n/** dark: emitted colour, w unused. light: ink colour, w its coverage. */\\nout vec4 vTint;\\n\\nconst vec3 MINT = vec3(0.0, 0.8627451, 0.5098039);\\nconst vec3 MINT_PALE = vec3(0.6235294, 1.0, 0.8156863);\\nconst vec3 SNOW = vec3(0.88, 1.0, 0.96);\\n\\n// Light mode draws the same range as ink on paper. 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A summit covers the same\\n// fraction of screen height whatever the aspect, but far fewer pixels of width\\n// in portrait, so without this the peaks turn into needles.\\nfloat terrain (float x, float z, float u, float shape) {\\n  // ridged noise stretched along the view axis gives crest lines that flow\\n  // into the distance rather than a lumpy field\\n  vec2 q = vec2(x * 0.30, z * 0.085);\\n  float r = 0.0;\\n  float amp = 0.55;\\n  mat2 rot = mat2(1.6, 1.2, -1.2, 1.6);\\n  for (int i = 0; i < 5; i++) {\\n    r += amp * (1.0 - abs(2.0 * noise2(q) - 1.0));\\n    q = rot * q;\\n    amp *= 0.55;\\n  }\\n  float h = pow(max(r, 0.0), 1.5) * 2.6;\\n  h *= 0.70 + 0.60 * noise2(vec2(x * 0.05, z * 0.05) + 7.0);\\n  // two designed summits, far enough back to break the horizon\\n  float rise = smoothstep(3.0, 9.0, z);\\n  h += rise * PEAK1_H * max(0.0, 1.0 - abs(u - PEAK1_X) * 3.2);\\n  h += rise * PEAK2_H * max(0.0, 1.0 - abs(u - PEAK2_X) * 3.6);\\n  return max(h, 0.0) * shape;\\n}\\n\\nvoid main () {\\n  uint id = uint(gl_VertexID) / 6u;\\n  int corner = gl_VertexID % 6;\\n  float t = uMisc.x;\\n  vec2 resolution = max(uResolution, vec2(1.0));\\n  float aspect = max(resolution.x / resolution.y, 0.5);\\n  float winter = uSeason.x;\\n  float light = uSeason.y;\\n\\n  // the icon centre is needed by both the terrain and the flakes\\n  float logoH = max(uLogoScale.y, 0.01);\\n  vec2 centre = vec2(\\n    uLogoCentre.x * 2.0 - 1.0,\\n    1.0 - 2.0 * uLogoCentre.y\\n  );\\n  vec2 offset = QUAD[corner];\\n\\n  // A flake drifting down the screen, in its own parallax layer. Independent of\\n  // the terrain: it lives in screen space and wraps around forever. Flakes are\\n  // drawn from the indices past the terrain, so winter costs nothing out of\\n  // season — the draw call is simply shorter.\\n  if (id >= TERRAIN_COUNT) {\\n    float fi = float(id - TERRAIN_COUNT);\\n    float r1 = hash21(vec2(fi, 1.7));\\n    float r2 = hash21(vec2(fi, 5.3));\\n    float r3 = hash21(vec2(fi, 9.1));\\n    // near flakes are bigger, brighter and fall faster\\n    float depth = 0.30 + r3 * 0.70;\\n    float x = (r1 * 2.4 - 1.2) + sin(t * (0.25 + r2 * 0.35) + r1 * 40.0) * 0.05 * depth;\\n    float y = 1.2 - fract(r2 + t * (0.020 + r3 * 0.035)) * 2.5;\\n    vec2 pos = vec2(x, y);\\n\\n    // flakes thin out over the icon so they never sit on the mark\\n    vec2 toCentre = vec2((pos.x - centre.x) * aspect, pos.y - centre.y);\\n    vec2 clear = abs(toCentre / vec2(logoH * 3.4, logoH * 2.8));\\n    float clearing = 0.25 + 0.75 * smoothstep(0.5, 1.2, pow(pow(clear.x, 3.0) + pow(clear.y, 3.0), 1.0 / 3.0));\\n    float twinkle = 0.75 + 0.25 * sin(t * (1.1 + r1 * 2.0) + r2 * 30.0);\\n    float sizePx = (0.55 + depth * 1.5) * (resolution.y / 900.0);\\n    float amount = (0.16 + 0.48 * depth) * twinkle * clearing * winter;\\n\\n    gl_Position = vec4(pos + offset * sizePx * 2.0 / resolution, 0.5, 1.0);\\n    vLocal = offset;\\n    // white flakes cannot show on paper, so light mode draws them as ink\\n    vTint = light > 0.5 ? vec4(INK, amount * 1.6) : vec4(SNOW * amount, 1.0);\\n    return;\\n  }\\n\\n  uint col = id % COLS;\\n  uint row = id / COLS;\\n  vec2 seed = vec2(float(col), float(row));\\n  float jitterX = hash21(seed) - 0.5;\\n  float jitterY = hash21(seed + 17.0) - 0.5;\\n  float rnd = hash21(seed + 41.0);\\n\\n  // screen-x is fixed per column; depth is biased so the near field is denser\\n  float u = ((float(col) + jitterX) / float(COLS)) * 2.3 - 1.15;\\n  float v = clamp((float(row) + jitterY) / float(ROWS), 0.0, 1.0);\\n  float z = mix(Z_NEAR, Z_FAR, pow(v, 1.5));\\n  // widen the field of view and flatten the range as the window narrows, so a\\n  // phone shows a range rather than a row of spikes\\n  float shape = clamp(aspect / 1.6, 0.5, 1.0);\\n  float tanX = max(aspect, 0.95) / FOCAL;\\n  float xw = u * z * tanX;\\n\\n  float h = terrain(xw, z, u, shape);\\n  h += (noise2(vec2(xw * 1.6, z * 1.6)) - 0.5) * 0.05 * shape;\\n\\n  // shading from the surface itself: one fixed light, plus a convexity term\\n  // that picks out the crests\\n  float e = 0.22;\\n  float hxp = terrain(xw + e, z, u, shape);\\n  float hxm = terrain(xw - e, z, u, shape);\\n  float hzp = terrain(xw, z + e, u, shape);\\n  vec3 normal = normalize(vec3(-(hxp - hxm) / (2.0 * e), 1.0, -(hzp - h) / e));\\n  vec3 lightDir = normalize(vec3(-0.12, 0.60, -0.42));\\n  float diffuse = pow(max(dot(normal, lightDir), 0.0), 1.3);\\n  float crest = smoothstep(0.0, 1.5, (2.0 * h - hxp - hxm) / (e * e) * 0.2);\\n\\n  float sy = (h - CAM_Y) / z * FOCAL + HORIZON;\\n\\n  // nearer ridges hide what lies behind them, which is what makes the skyline\\n  float occluded = 0.0;\\n  for (int k = 1; k <= 4; k++) {\\n    float zs = Z_NEAR + (z - Z_NEAR) * float(k) / 5.0;\\n    float hs = terrain(u * zs * tanX, zs, u, shape);\\n    occluded = max(occluded, step(sy + 0.012, (hs - CAM_Y) / zs * FOCAL + HORIZON));\\n  }\\n\\n  // the icon sits in a tight clearing so it always reads on plain ground.\\n  // Waves and ripples are measured from this same point, so they leave the mark.\\n  vec2 toCentre = vec2((u - centre.x) * aspect, sy - centre.y);\\n  float dist = length(toCentre);\\n  // The clearing has to read as haze, not as a hole cut out of the scene, so it\\n  // fades over a short distance and its edge is broken up by noise. A squircle\\n  // around the icon, not the old icon+wordmark block.\\n  vec2 clear = abs(toCentre / vec2(logoH * 3.6, logoH * 3.0));\\n  float clearEdge = pow(pow(clear.x, 3.0) + pow(clear.y, 3.0), 1.0 / 3.0)\\n    + (noise2(vec2(xw * 0.55, z * 0.55)) - 0.5) * 0.30;\\n  float clearing = smoothstep(0.46, 1.30, clearEdge);\\n\\n  // ambient ripple, always running\\n  float ripplePhase = fract(t * 0.30);\\n  float rippleRadius = ripplePhase * 2.4;\\n  float rippleWidth = 0.16 + ripplePhase * 0.25;\\n  float ripple = exp(-((dist - rippleRadius) * (dist - rippleRadius)) / (rippleWidth * rippleWidth))\\n    * (1.0 - smoothstep(0.55, 0.95, ripplePhase))\\n    * smoothstep(0.0, 0.05, ripplePhase);\\n\\n  // Every click has an independent phase, so its ring keeps travelling even\\n  // when another click starts a new one.\\n  float shock = 0.0;\\n  for (int i = 0; i < 8; i++) {\\n    shock += shockwave(uWave[i], dist);\\n  }\\n  shock += shockwave(uHoverWave, dist) * 0.25;\\n\\n  float fog = exp(-(z - Z_NEAR) * 0.075) * (1.0 - smoothstep(0.86, 1.0, v));\\n  float nearFade = smoothstep(Z_NEAR, 2.6, z);\\n  // in winter the snowline drops a long way and the caps turn properly white\\n  float snowline = 2.6 - winter * 1.7;\\n  float snow = smoothstep(snowline, snowline + 1.0 - winter * 0.45, h);\\n  float shimmer = 0.88 + 0.12 * sin(t * (0.7 + rnd * 1.4) + rnd * 31.0);\\n  float grain = 0.88 + 0.24 * noise2(vec2(xw * 3.0, z * 3.0));\\n\\n  // a fifth of the particles pulse on their own cycle, so the field never\\n  // settles into a repeating pattern\\n  float pulses = step(0.82, hash21(seed + 63.0));\\n  float pulse = pow(0.5 + 0.5 * sin(t * (0.5 + rnd * 1.1) + rnd * 61.0), 6.0);\\n\\n  // two slow noise waves drifting across the field\\n  float waveA = noise2(vec2(xw * 0.22 - t * 0.20, z * 0.22)) - 0.5;\\n  float waveB = noise2(vec2(xw * 0.55 + t * 0.09, z * 0.55 - t * 0.14)) - 0.5;\\n  float wave = 1.0 + waveA * 0.24 + waveB * 0.16;\\n\\n  // snow throws light back, so the caps read brighter as well as whiter\\n  float lit = diffuse * 0.18 + crest * (0.34 + diffuse * 0.45) + snow * (0.06 + winter * 0.30);\\n  float brightness = (0.008 + lit * grain)\\n    * fog * nearFade * wave * shimmer\\n    * (1.0 + pulse * (0.18 + pulses * 1.1))\\n    * (1.0 + ripple * 0.75 + shock * 3.0);\\n  vec3 tint = mix(MINT * 0.75, MINT_PALE, clamp(crest + snow * 0.5, 0.0, 1.0));\\n  tint = mix(tint, SNOW, winter * snow) * brightness;\\n\\n  float glint = step(0.993, rnd) * diffuse * (0.5 + 0.5 * sin(t * 2.0 + rnd * 47.0));\\n  tint += vec3(0.85, 1.0, 0.93) * glint * fog * 0.55;\\n\\n  // the pointer stirs nearby dust\\n  vec2 pointer = vec2((uPointer.x - 0.5) * 2.0, (0.5 - uPointer.y) * 2.0);\\n  vec2 toPointer = vec2((u - pointer.x) * aspect, sy - pointer.y);\\n  float excite = (1.0 - smoothstep(0.0, 0.55, length(toPointer))) * uMisc.y;\\n  vec2 push = normalize(toPointer + vec2(0.0001, 0.0)) * excite * (0.006 + 0.010 * rnd);\\n  tint *= 1.0 + excite * 1.3;\\n\\n  // Light mode reuses every lighting term above and only reinterprets it: how\\n  // much light a particle emits becomes how much ink it lays down. Taking the\\n  // luminance keeps the two themes at matching density, and the crests that go\\n  // palest on black carry the brand green on paper. Snow is the one term that\\n  // has to invert — a white cap can only read on paper by leaving it bare.\\n  if (light > 0.5) {\\n    // lifted, since faint dust that reads fine against black all but vanishes\\n    // against white\\n    float coverage = pow(clamp(dot(tint, LUMA) * 2.2, 0.0, 1.0), 0.8) * (1.0 - winter * snow * 0.6);\\n    vTint = vec4(INK, coverage * (1.0 - occluded) * clearing);\\n  } else {\\n    vTint = vec4(tint * (1.0 - occluded) * clearing, 1.0);\\n  }\\n\\n  // particles float around their anchor, more freely up close\\n  float floatAmp = (0.0015 + (1.0 - v) * 0.006) * (1.0 + excite * 2.5);\\n  vec2 drift = vec2(\\n    sin(t * (0.35 + rnd * 0.5) + rnd * 40.0),\\n    cos(t * (0.28 + rnd * 0.45) + rnd * 23.0) * 1.4\\n  ) * floatAmp;\\n\\n  // the shockwave shoves particles outward as it passes\\n  vec2 shockPush = vec2(toCentre.x / max(dist, 0.02) / aspect, toCentre.y / max(dist, 0.02)) * shock * 0.045;\\n\\n  float sizePx = clamp(16.0 / z, 0.65, 1.9)\\n    * (0.75 + 0.5 * hash21(seed + 27.0))\\n    * (1.0 + glint * 0.25 + ripple * 0.20 + shock * 0.75);\\n\\n  gl_Position = vec4(\\n    vec2(u, sy) + drift + push + shockPush + offset * sizePx * 2.0 / resolution,\\n    0.5,\\n    1.0\\n  );\\n  vLocal = offset;\\n}\\n\"),f=G(n,n.FRAGMENT_SHADER,\"#version 300 es\\nprecision highp float;\\n\\nin vec2 vLocal;\\nin vec4 vTint;\\n/** 1 in light mode; uniform across the draw, so the branch is free */\\nuniform float uLight;\\nout vec4 fragColor;\\n\\nvoid main () {\\n  float falloff = 1.0 - smoothstep(0.45, 1.0, length(vLocal));\\n  if (uLight > 0.5) {\\n    // premultiplied, so it composites over the page and settles on the ink\\n    // colour however much dust lands on it\\n    float alpha = vTint.a * falloff;\\n    fragColor = vec4(vTint.rgb * alpha, alpha);\\n  } else {\\n    fragColor = vec4(vTint.rgb * falloff, 1.0);\\n  }\\n}\\n\"),u=n.createProgram();if(!u)throw Error(\"Could not create program.\");if(n.attachShader(u,h),n.attachShader(u,f),n.linkProgram(u),n.deleteShader(h),n.deleteShader(f),!n.getProgramParameter(u,n.LINK_STATUS)){let e=n.getProgramInfoLog(u);throw n.deleteProgram(u),Error(`Program failed to link: ${e}`)}l=u,n.useProgram(u);let m=e=>n.getUniformLocation(u,e);d={uLogoCentre:m(\"uLogoCentre\"),uLogoScale:m(\"uLogoScale\"),uResolution:m(\"uResolution\"),uPointer:m(\"uPointer\"),uWave:m(\"uWave[0]\"),uHoverWave:m(\"uHoverWave\"),uMisc:m(\"uMisc\"),uSeason:m(\"uSeason\"),uLight:m(\"uLight\")},n.bindVertexArray(n.createVertexArray()),n.disable(n.DEPTH_TEST),n.enable(n.BLEND),W(),q(),c=typeof ResizeObserver>\"u\"?void 0:new ResizeObserver(q),c?.observe(o),c?.observe(a),window.addEventListener(\"pointermove\",H),document.documentElement.addEventListener(\"pointerleave\",D),i?.addEventListener(\"click\",U),i?.addEventListener(\"pointerenter\",K),O.addEventListener(\"change\",I),o.addEventListener(\"webglcontextlost\",Z),p||=requestAnimationFrame(B)})(),f=Promise.resolve()}catch(e){Y(),f=Promise.reject(e instanceof Error?e:Error(String(e)))}let V={ready:f,dispose:Y,setPaused:X,setWinter:e=>{let n=+!!e;n!==T&&(T=n,F())}};return V}var a=\"nuxt-snow\";function o(){try{return\"false\"!==window.localStorage.getItem(a)}catch{return!0}}function s(e){let n=r(),t=o();if(e.setWinter(n&&t),!n)return;let i=document.querySelector(\"#nuxt-season\");if(!i)return;let s=()=>{i.style.opacity=t?\"1\":\"0.4\",i.setAttribute(\"aria-pressed\",String(t)),i.title=t?\"Turn off snow\":\"Turn on snow\"};s(),i.hidden=!1,i.addEventListener(\"click\",()=>{t=!t,e.setWinter(t),s();try{window.localStorage.setItem(a,String(t))}catch{}})}function c(){try{let e=new URLSearchParams(window.location.search).get(\"shader\");return\"0\"===e||\"false\"===e}catch{return!1}}function l(){let e=document.querySelector(\"#nuxt-shader\"),n=document.querySelector(\"#nuxt-logo-slot\");if(!e||!n||!window.WebGL2RenderingContext||c())return void e?.remove();let t=i(e,n,document.querySelector(\".nuxt-lockup\"));s(t),t.onFirstFrame=()=>{e.style.opacity=\"1\"},t.ready.catch(()=>e.remove()),window.addEventListener(\"pagehide\",()=>t.dispose(),{once:!0});let o=e=>t.setPaused(e);window===window.top?(window.addEventListener(\"blur\",()=>o(!0)),window.addEventListener(\"focus\",()=>o(!1)),document.addEventListener(\"visibilitychange\",()=>{document.hidden?o(!0):document.hasFocus()&&o(!1)}),(document.hidden||!document.hasFocus())&&o(!0)):(document.addEventListener(\"visibilitychange\",()=>o(document.hidden)),document.hidden&&o(!0))}\"loading\"===document.readyState?document.addEventListener(\"DOMContentLoaded\",l,{once:!0}):l();<\/script></head><body><canvas id=\"nuxt-shader\" aria-hidden=\"true\"></canvas> <button type=\"button\" class=\"nuxt-lockup\" id=\"nuxtImg\" aria-label=\"" + escapeHtml(messages.appName) + "\"><span id=\"nuxt-logo-slot\" class=\"nuxt-logo-slot\"> <svg xmlns=\"http://www.w3.org/2000/svg\" fill=\"none\" aria-hidden=\"true\" viewBox=\"0 0 48 32\"><path d=\"M26.88 32h17.76c.567 0 1.11-.2 1.6-.48s.997-.633 1.28-1.12c.283-.486.48-1.038.48-1.6s-.196-1.114-.48-1.6l-12-20.64a2.9 2.9 0 0 0-1.12-1.12c-.49-.28-1.193-.48-1.76-.48s-1.11.2-1.6.48-.837.634-1.12 1.12l-3.04 5.28L20.8 1.6c-.284-.487-.63-1-1.12-1.28S18.647 0 18.08 0s-1.11.04-1.6.32-.997.793-1.28 1.28L.32 27.2c-.284.486-.32 1.038-.32 1.6 0 .561.037 1.113.32 1.6.283.486.79.84 1.28 1.12s1.033.48 1.6.48h11.2c4.438 0 7.668-1.99 9.92-5.76l5.44-9.44 2.88-4.96 8.8 15.04H29.76zm-12.64-5.12H6.4L18.08 6.72 24 16.8l-3.921 6.836c-1.496 2.446-3.201 3.244-5.839 3.244\"/></svg> </span></button>  <button class=\"nuxt-season\" id=\"nuxt-season\" type=\"button\" hidden aria-pressed=\"true\" title=\"Turn off snow\"><svg xmlns=\"http://www.w3.org/2000/svg\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"1.3\" aria-hidden=\"true\" viewBox=\"0 0 16 16\"><path d=\"M8 1.6v12.8M2.46 4.8l11.08 6.4m-11.08 0 11.08-6.4M6.1 3.1 8 4.2l1.9-1.1m-3.8 9.8L8 11.8l1.9 1.1\"/></svg> <span class=\"nuxt-sr\">Snow</span></button> <div class=\"nuxt-loader-bar\"></div><script>const loadingRoot=document.documentElement,loadingTitleElement=document.querySelector(\"title\"),loadingAppName=loadingTitleElement?.dataset.appName||\"Nuxt\",loadingSuffix=` | ${loadingAppName}`,updateLoadingTitle=()=>{const e=loadingRoot.style.getPropertyValue(\"--nuxt-progress\").trim(),t=e.endsWith(\"%\")?Number.parseFloat(e):Number.NaN;let i=document.title.replace(/^\\d+% \\| /,\"\");i.endsWith(loadingSuffix)&&(i=i.slice(0,-loadingSuffix.length));const n=Number.isFinite(t)?`${Math.round(Math.min(100,Math.max(0,t)))}% | `:\"\";document.title=`${n}${i}${loadingSuffix}`};\"undefined\"!=typeof MutationObserver&&(new MutationObserver(updateLoadingTitle).observe(loadingRoot,{attributes:!0,attributeFilter:[\"style\"]}),updateLoadingTitle());<\/script><script>if(!window.frameElement)if(void 0===window.fetch)setTimeout(()=>window.location.reload(),200);else{let t=200;const e=async()=>{try{if(!(await window.fetch(window.location.href,{headers:{accept:\"text/html\"}}).then(t=>t.text())).includes(\"__NUXT_LOADING__\"))return window.location.reload()}catch{}setTimeout(e,t),t=Math.min(Math.round(1.5*t),1e3)};e()}<\/script></body></html>";
};
//#endregion
//#region src/config/dev.ts
var dev_default = defineResolvers({ devServer: {
	https: false,
	port: Number(process.env.NUXT_PORT || process.env.NITRO_PORT || process.env.PORT || 3e3),
	host: process.env.NUXT_HOST || process.env.NITRO_HOST || process.env.HOST || void 0,
	url: "http://localhost:3000",
	loadingTemplate: template,
	errorChannel: "/__nuxt_dev__/error",
	cors: { origin: [/^https?:\/\/(?:(?:[^:]+\.)?localhost|127\.0\.0\.1|\[::1\])(?::\d+)?$/] }
} });
//#endregion
//#region src/config/esbuild.ts
var esbuild_default = defineResolvers({ esbuild: { options: {
	target: { $resolve: async (val, get) => {
		if (typeof val === "string") return val;
		const builder = await get("builder");
		if (!builder || builder === "vite" || builder === "@nuxt/vite-builder") return "esnext";
		if (await get("experimental").then((r) => (r === null || r === void 0 ? void 0 : r.decorators) === true)) return "es2024";
		return "esnext";
	} },
	jsxFactory: "h",
	jsxFragment: "Fragment",
	tsconfigRaw: { $resolve: async (_val, get) => {
		const val = typeof _val === "string" ? JSON.parse(_val) : _val && typeof _val === "object" ? _val : {};
		if (!await get("experimental").then((r) => (r === null || r === void 0 ? void 0 : r.decorators) === true)) return val;
		return defu({ compilerOptions: { experimentalDecorators: false } }, val);
	} }
} } });
//#endregion
//#region src/config/oxc.ts
var oxc_default = defineResolvers({ oxc: { transform: { options: {
	target: "esnext",
	jsxFactory: "h",
	jsxFragment: "Fragment"
} } } });
//#endregion
//#region src/config/experimental.ts
var experimental_default = defineResolvers({
	future: {
		compatibilityVersion: { $resolve: (val) => typeof val === "number" ? val : 4 },
		multiApp: false,
		typescriptBundlerResolution: { async $resolve(val, get) {
			val = typeof val === "boolean" ? val : await get("experimental").then((e) => e === null || e === void 0 ? void 0 : e.typescriptBundlerResolution);
			if (typeof val === "boolean") return val;
			const setting = await get("typescript.tsConfig").then((r) => {
				var _r$compilerOptions;
				return r === null || r === void 0 || (_r$compilerOptions = r.compilerOptions) === null || _r$compilerOptions === void 0 ? void 0 : _r$compilerOptions.moduleResolution;
			});
			if (setting) return setting.toLowerCase() === "bundler";
			return true;
		} }
	},
	features: {
		inlineStyles: { async $resolve(_val, get) {
			const val = typeof _val === "boolean" || typeof _val === "function" ? _val : await get("experimental").then((e) => e === null || e === void 0 ? void 0 : e.inlineSSRStyles);
			if (val === false || await get("dev") || await get("ssr") === false) return false;
			return val ?? ((id) => !!id && id.includes(".vue"));
		} },
		devLogs: { async $resolve(val, get) {
			if (typeof val === "boolean" || val === "silent") return val;
			const [isDev, isTest] = await Promise.all([get("dev"), get("test")]);
			return isDev && !isTest;
		} },
		noScripts: { async $resolve(val, get) {
			const isValidLiteral = (val) => {
				return typeof val === "string" && ["production", "all"].includes(val);
			};
			return val === true ? "production" : val === false || isValidLiteral(val) ? val : await get("experimental").then((e) => (e === null || e === void 0 ? void 0 : e.noScripts) && "production") ?? false;
		} }
	},
	experimental: {
		routeTypedFetch: { $resolve: async (val, get) => typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5 },
		strictRouteTypes: { async $resolve(val, get) {
			if (!await get("experimental.routeTypedFetch")) return false;
			return val === "isomorphic" || typeof val === "boolean" ? val : false;
		} },
		runtimeBaseURL: false,
		decorators: false,
		asyncEntry: { $resolve: (val) => typeof val === "boolean" ? val : false },
		externalVue: true,
		serverAppConfig: true,
		emitRouteChunkError: { $resolve: (val) => {
			if (val === true) return "manual";
			if (val === "reload") return "automatic";
			if (val === false) return false;
			if (typeof val === "string" && (/* @__PURE__ */ new Set([
				"manual",
				"automatic",
				"automatic-immediate"
			])).has(val)) return val;
			return "automatic";
		} },
		templateRouteInjection: true,
		restoreState: false,
		renderJsonPayloads: true,
		noVueServer: false,
		/**
		* Extract the data payloads of prerendered and ISR/SWR pages into `_payload.json` files that are reused during client-side navigation.
		*
		* - `'client'`: inline the payload in the HTML for the initial render and extract it to a `_payload.json` file for client-side navigation.
		* - `true`: extract the payload to a `_payload.json` file for both the initial render and client-side navigation.
		* - `false`: disable payload extraction entirely; the payload is always inlined in the HTML.
		*
		* Defaults to `true`, or `'client'` when `future.compatibilityVersion` is `5` or higher. It is forced to `false` when `ssr` is disabled.
		* @see [Payload Extraction documentation](https://nuxt.com/docs/getting-started/prerendering#payload-extraction)
		*/
		payloadExtraction: { $resolve: async (val, get) => {
			if (await get("ssr") === false) return false;
			if (val === "client" || typeof val === "boolean") return val;
			return await get("future.compatibilityVersion") >= 5 ? "client" : true;
		} },
		/**
		* Render the error page in the Nuxt renderer itself when a server render fails, rather than
		* handing the error to the server runtime and re-entering the renderer over an internal request.
		*
		* The error page is rendered in process, on the same request event, so the response keeps the
		* headers and cookies the failed render had already written. Page errors return the error page
		* and server route errors return JSON. When disabled, the request headers determine the format.
		*
		* Defaults to `true` when `future.compatibilityVersion` is `5` or higher.
		*/
		inlineErrorRendering: { $resolve: async (val, get) => {
			if (typeof val === "boolean") return val;
			return await get("future.compatibilityVersion") >= 5;
		} },
		/**
		* Server-render static error pages (such as `404.html`) when prerendering, rather than emitting an empty SPA shell.
		*
		* Pass an array of status codes between 400 and 599 to control which error pages are generated. `true` is equivalent to `[404]`.
		* @type {boolean | number[]}
		*/
		prerenderErrorPages: { $resolve: (val) => {
			if (!Array.isArray(val)) return !!val;
			return val.filter((status) => {
				if (Number.isInteger(status) && status >= 400 && status <= 599) return true;
				schemaDiagnostics.NUXT_B5020({ status: String(status) });
				return false;
			});
		} },
		/**
		* Respond with an early 404 error for requests whose path cannot match any page route,
		* without loading the Vue app, its plugins or middleware on the server.
		*
		* Page routes (including aliases) are converted to route patterns at build time and
		* requests are checked against them before server-side rendering begins.
		*
		* This is opt-in as it can break apps that rely on runtime routing: pages added
		* dynamically with `router.addRoute()` (on the server or the client), or route
		* middleware that redirects unknown paths to existing ones. It also applies to
		* `ssr: false` routes, which respond with a 404 error rather than the SPA shell when
		* no page can match. The option is disabled automatically in development, when using
		* `hashMode`, with a root-level catch-all page, and when a custom `app/router.options`
		* file may modify `routes`.
		*/
		early404: false,
		clientFallback: false,
		crossOriginPrefetch: false,
		/**
		* Enable View Transition API integration with client-side router.
		* @see [View Transitions API](https://developer.chrome.com/docs/web-platform/view-transitions)
		* @type {ViewTransitionOptions['enabled'] | ViewTransitionOptions}
		*/
		viewTransition: false,
		writeEarlyHints: false,
		componentIslands: { $resolve: (val) => {
			if (val === "local+remote") return { remoteIsland: true };
			if (val === "local") return true;
			return val ?? "auto";
		} },
		localLayerAliases: true,
		typedPages: { $resolve: async (val, get) => {
			if (typeof val === "boolean") return val;
			return await get("future.compatibilityVersion") >= 5;
		} },
		serverPathFallback: { $resolve: (val) => typeof val === "boolean" ? val : true },
		appManifest: true,
		checkOutdatedBuildInterval: 36e5,
		watcher: { $resolve: async (val, get) => {
			if (typeof val === "string" && (/* @__PURE__ */ new Set([
				"chokidar",
				"parcel",
				"chokidar-granular",
				"builder"
			])).has(val)) return val;
			if (await get("future.compatibilityVersion") >= 5) return "builder";
			const [srcDir, rootDir] = await Promise.all([get("srcDir"), get("rootDir")]);
			if (srcDir === rootDir) return "chokidar-granular";
			return "chokidar";
		} },
		asyncContext: false,
		headNext: true,
		inlineRouteRules: false,
		scanPageMeta: { $resolve(val) {
			return typeof val === "boolean" || val === "after-resolve" ? val : "after-resolve";
		} },
		extraPageMetaExtractionKeys: [],
		extractSerializablePageMeta: { async $resolve(val, get) {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
		} },
		sharedPrerenderData: { $resolve(val) {
			return typeof val === "boolean" ? val : true;
		} },
		cookieStore: true,
		defaults: {
			nuxtLink: {
				componentName: "NuxtLink",
				prefetch: true,
				prefetchOn: { visibility: true }
			},
			useAsyncData: { deep: false },
			useState: { resetOnClear: { $resolve: async (val, get) => {
				return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
			} } },
			useFetch: {}
		},
		clientNodeCompat: false,
		navigationRepaint: true,
		navigateToEarlyReturn: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
		} },
		buildCache: false,
		normalizeComponentNames: { $resolve: (val) => {
			return typeof val === "boolean" ? val : true;
		} },
		normalizePageNames: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
		} },
		spaLoadingTemplateLocation: { $resolve: (val) => {
			return typeof val === "string" && (/* @__PURE__ */ new Set(["body", "within"])).has(val) ? val : "body";
		} },
		browserDevtoolsTiming: { $resolve: (val, get) => typeof val === "boolean" ? val : get("dev") },
		chromeDevtoolsProjectSettings: true,
		debugModuleMutation: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : Boolean(await get("debug"));
		} },
		lazyHydration: { $resolve: (val) => {
			return typeof val === "boolean" ? val : true;
		} },
		templateImportResolution: true,
		purgeCachedData: { $resolve: (val) => {
			return typeof val === "boolean" ? val : true;
		} },
		prefetchPreloadTags: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		granularCachedData: { $resolve: (val) => {
			return typeof val === "boolean" ? val : true;
		} },
		stripNeverHydratedData: false,
		alwaysRunFetchOnKeyChange: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		parseErrorData: { $resolve: (val) => {
			return typeof val === "boolean" ? val : true;
		} },
		enforceModuleCompatibility: false,
		pendingWhenIdle: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		entryImportMap: true,
		extractAsyncDataHandlers: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		viteEnvironmentApi: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
		} },
		nitroAutoImports: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") < 5;
		} },
		nitroViteEnvironment: { $resolve: () => false },
		typescriptPlugin: { $resolve: (val) => {
			return typeof val === "boolean" ? val : false;
		} },
		ssrStreaming: { $resolve(val) {
			const defaultBotRegex = /bot\b|crawl|spider|slurp|facebookexternalhit|google\b|bing\b|yandex\b|baidu\b|duckduck/i;
			const obj = val !== null && typeof val === "object" ? val : null;
			if (!(val === true || obj !== null && obj.enabled !== false)) return {
				enabled: false,
				botRegex: defaultBotRegex
			};
			return {
				enabled: true,
				botRegex: (obj === null || obj === void 0 ? void 0 : obj.botRegex) instanceof RegExp ? obj.botRegex : defaultBotRegex
			};
		} },
		asyncCallHook: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") < 5;
		} },
		clientNodePlaceholder: { $resolve: async (val, get) => {
			return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
		} },
		clearBuildHooks: true
	}
});
//#endregion
//#region src/config/generate.ts
var generate_default = defineResolvers({ generate: {
	routes: [],
	exclude: []
} });
//#endregion
//#region src/config/internal.ts
var internal_default = defineResolvers({
	_majorVersion: 4,
	_nitroMajor: 2,
	_legacyGenerate: false,
	_start: false,
	_build: false,
	_generate: false,
	_prepare: false,
	_cli: false,
	_requiredModules: {},
	_loadOptions: void 0,
	_nuxtConfigFile: void 0,
	_nuxtConfigFiles: [],
	appDir: "",
	_installedModules: [],
	_modules: [],
	_noScriptsPageSources: []
});
//#endregion
//#region src/config/nitro.ts
const serverBuilders = {
	nitro: "@nuxt/nitro-server",
	vite: "@nuxt/vite-server"
};
var nitro_default = defineResolvers({
	server: { builder: { $resolve: (val) => {
		if (typeof val === "string") return serverBuilders[val] ?? val;
		if (val && typeof val === "object" && "bundle" in val) return val;
		return "@nuxt/nitro-server";
	} } },
	nitro: {
		runtimeConfig: { $resolve: async (val, get) => {
			const runtimeConfig = await get("runtimeConfig");
			return {
				...runtimeConfig,
				app: {
					...runtimeConfig.app,
					baseURL: runtimeConfig.app.baseURL.startsWith("./") ? runtimeConfig.app.baseURL.slice(1) : runtimeConfig.app.baseURL
				},
				nitro: Object.assign({ envPrefix: "NUXT_" }, runtimeConfig.nitro)
			};
		} },
		routeRules: { $resolve: async (val, get) => {
			return {
				...await get("routeRules"),
				...val && typeof val === "object" ? val : {}
			};
		} },
		prerender: { $resolve: async (val, get) => {
			return {
				...await get("prerender"),
				...val && typeof val === "object" ? val : {}
			};
		} },
		tracingChannel: { $resolve: async (val, get) => {
			if (val === false) return false;
			const topLevel = await get("tracingChannel");
			const base = typeof topLevel === "object" ? topLevel : null;
			const override = val && typeof val === "object" ? val : null;
			if (!base && !override) return val === true ? {} : false;
			return {
				...base || {},
				...override || {}
			};
		} }
	},
	routeRules: {},
	prerender: {},
	serverHandlers: [],
	devServerHandlers: [],
	_serverPlugins: [],
	tracingChannel: { $resolve: (val) => {
		if (val === true) return { nuxt: true };
		if (val && typeof val === "object") return {
			nuxt: true,
			...val
		};
		return false;
	} }
});
//#endregion
//#region src/config/postcss.ts
const ensureItemIsLast = (item) => (arr) => {
	const index = arr.indexOf(item);
	if (index !== -1) {
		arr.splice(index, 1);
		arr.push(item);
	}
	return arr;
};
const orderPresets = {
	cssnanoLast: ensureItemIsLast("cssnano"),
	autoprefixerLast: ensureItemIsLast("autoprefixer"),
	autoprefixerAndCssnanoLast(names) {
		return orderPresets.cssnanoLast(orderPresets.autoprefixerLast(names));
	}
};
var postcss_default = defineResolvers({ postcss: {
	order: { $resolve: (val) => {
		if (typeof val === "string") {
			if (!(val in orderPresets)) throw schemaDiagnostics.NUXT_B5015({ preset: val });
			return orderPresets[val];
		}
		if (typeof val === "function") return val;
		if (Array.isArray(val)) return val;
		return orderPresets.autoprefixerAndCssnanoLast;
	} },
	plugins: {
		autoprefixer: { $resolve: async (val, get) => {
			if (val || val === false) return val;
			return await get("future.compatibilityVersion") >= 5 ? false : {};
		} },
		cssnano: { $resolve: async (val, get) => {
			if (val || val === false) return val;
			if (await get("dev") || await get("future.compatibilityVersion") >= 5) return false;
			return {};
		} }
	}
} });
//#endregion
//#region src/config/router.ts
var router_default = defineResolvers({ router: { options: {
	hashMode: false,
	scrollBehaviorType: "auto",
	sensitive: { $resolve: async (val, get) => {
		return typeof val === "boolean" ? val : await get("future.compatibilityVersion") >= 5;
	} }
} } });
//#endregion
//#region src/config/typescript.ts
var typescript_default = defineResolvers({ typescript: {
	strict: true,
	builder: { $resolve: (val) => {
		if (typeof val === "string" && (/* @__PURE__ */ new Set([
			"vite",
			"webpack",
			"rspack",
			"shared"
		])).has(val)) return val;
		if (val === false) return false;
		return null;
	} },
	hoist: { $resolve: (val) => {
		const defaults = [
			"@unhead/vue",
			"@nuxt/devtools",
			"vue",
			"@vue/runtime-core",
			"@vue/compiler-sfc",
			"vue-router",
			"vue-router/auto-routes",
			"@nuxt/schema",
			"nuxt"
		];
		return val === false ? [] : Array.isArray(val) ? val.concat(defaults) : defaults;
	} },
	includeWorkspace: false,
	typeCheck: false,
	tsConfig: {},
	shim: false
} });
//#endregion
//#region src/config/vite.ts
var vite_default = defineResolvers({ vite: {
	root: { $resolve: (val, get) => typeof val === "string" ? val : get("srcDir") },
	mode: { $resolve: async (val, get) => typeof val === "string" ? val : await get("dev") ? "development" : "production" },
	define: { $resolve: async (_val, get) => {
		const [isDev, isTest, isDebug] = await Promise.all([
			get("dev"),
			get("test"),
			get("debug")
		]);
		const optionsApi = (await get("vue")).optionsApi;
		return {
			"__VUE_OPTIONS_API__": Boolean(optionsApi),
			"__VUE_PROD_DEVTOOLS__": false,
			"__VUE_PROD_HYDRATION_MISMATCH_DETAILS__": Boolean(isDebug && (isDebug === true || isDebug.hydration)),
			"process.dev": isDev,
			"import.meta.dev": isDev,
			"process.test": isTest,
			"import.meta.test": isTest,
			..._val && typeof _val === "object" ? _val : {}
		};
	} },
	resolve: { extensions: [
		...DEFAULT_JS_FILE_EXTENSIONS,
		".vue",
		".json"
	] },
	publicDir: { $resolve: (val) => {
		if (val) schemaDiagnostics.NUXT_B5014();
		return false;
	} },
	vue: {
		isProduction: { $resolve: async (val, get) => typeof val === "boolean" ? val : !await get("dev") },
		template: {
			compilerOptions: { $resolve: async (val, get) => val ?? (await get("vue")).compilerOptions },
			transformAssetUrls: { $resolve: async (val, get) => val ?? (await get("vue")).transformAssetUrls }
		},
		script: { hoistStatic: { $resolve: async (val, get) => {
			var _await$get$compilerOp;
			return typeof val === "boolean" ? val : (_await$get$compilerOp = (await get("vue")).compilerOptions) === null || _await$get$compilerOp === void 0 ? void 0 : _await$get$compilerOp.hoistStatic;
		} } },
		features: { propsDestructure: { $resolve: async (val, get) => {
			var _vueOptions$script;
			if (typeof val === "boolean") return val;
			const vueOptions = await get("vue") || {};
			return Boolean(((_vueOptions$script = vueOptions.script) === null || _vueOptions$script === void 0 ? void 0 : _vueOptions$script.propsDestructure) ?? vueOptions.propsDestructure);
		} } }
	},
	vueJsx: { $resolve: async (val, get) => {
		var _await$get$compilerOp2;
		const options = val && typeof val === "object" ? val : {};
		return {
			isCustomElement: (_await$get$compilerOp2 = (await get("vue")).compilerOptions) === null || _await$get$compilerOp2 === void 0 ? void 0 : _await$get$compilerOp2.isCustomElement,
			defineComponentName: [.../* @__PURE__ */ new Set([...options.defineComponentName ?? ["defineComponent"], "defineNuxtComponent"])],
			...options
		};
	} },
	optimizeDeps: { exclude: { $resolve: (val) => [...Array.isArray(val) ? val : [], "vue-demi"] } },
	clearScreen: true,
	build: {
		assetsDir: { $resolve: async (val, get) => {
			var _await$get$buildAsset;
			return typeof val === "string" ? val : (_await$get$buildAsset = (await get("app")).buildAssetsDir) === null || _await$get$buildAsset === void 0 ? void 0 : _await$get$buildAsset.replace(/^\/+/, "");
		} },
		emptyOutDir: false
	},
	server: { fs: { allow: { $resolve: async (val, get) => {
		const [buildDir, srcDir, rootDir, workspaceDir] = await Promise.all([
			get("buildDir"),
			get("srcDir"),
			get("rootDir"),
			get("workspaceDir")
		]);
		return [.../* @__PURE__ */ new Set([
			buildDir,
			srcDir,
			rootDir,
			workspaceDir,
			...Array.isArray(val) ? val : []
		])];
	} } } },
	cacheDir: { $resolve: async (val, get) => {
		if (typeof val === "string") return val;
		const rootDir = await get("rootDir");
		if (existsSync(resolve(rootDir, "node_modules"))) return resolve(rootDir, "node_modules/.cache/vite");
		const workspaceDir = await get("workspaceDir");
		const relativeRoot = relative(workspaceDir, rootDir);
		if (!relativeRoot || relativeRoot.startsWith("..")) return resolve(rootDir, "node_modules/.cache/vite");
		return resolve(workspaceDir, "node_modules/.cache/vite", relativeRoot);
	} }
} });
//#endregion
//#region src/config/webpack.ts
var webpack_default = defineResolvers({ webpack: {
	analyze: { $resolve: async (val, get) => {
		return defu(typeof val === "boolean" ? { enabled: val } : val && typeof val === "object" ? val : {}, await get("build.analyze"));
	} },
	profile: process.argv.includes("--profile"),
	extractCSS: true,
	cssSourceMap: { $resolve: (val, get) => typeof val === "boolean" ? val : get("dev") },
	serverURLPolyfill: "url",
	filenames: {
		app: ({ isDev }) => isDev ? "[name].js" : "[contenthash:7].js",
		chunk: ({ isDev }) => isDev ? "[name].js" : "[contenthash:7].js",
		css: ({ isDev }) => isDev ? "[name].css" : "css/[contenthash:7].css",
		img: ({ isDev }) => isDev ? "[path][name].[ext]" : "img/[name].[contenthash:7].[ext]",
		font: ({ isDev }) => isDev ? "[path][name].[ext]" : "fonts/[name].[contenthash:7].[ext]",
		video: ({ isDev }) => isDev ? "[path][name].[ext]" : "videos/[name].[contenthash:7].[ext]"
	},
	loaders: {
		$resolve: async (val, get) => {
			const loaders = val && typeof val === "object" ? val : {};
			for (const name of [
				"css",
				"cssModules",
				"less",
				"sass",
				"scss",
				"stylus",
				"vueStyle"
			]) {
				const loader = loaders[name];
				if (loader && loader.sourceMap === void 0) loader.sourceMap = Boolean(await get("build.cssSourceMap"));
			}
			return loaders;
		},
		esbuild: { $resolve: async (val, get) => {
			return defu(val && typeof val === "object" ? val : {}, await get("esbuild.options"));
		} },
		file: {
			esModule: false,
			limit: 1e3
		},
		fontUrl: {
			esModule: false,
			limit: 1e3
		},
		imgUrl: {
			esModule: false,
			limit: 1e3
		},
		pugPlain: {},
		vue: {
			transformAssetUrls: { $resolve: async (val, get) => val ?? await get("vue.transformAssetUrls") },
			compilerOptions: { $resolve: async (val, get) => val ?? await get("vue.compilerOptions") },
			propsDestructure: { $resolve: async (val, get) => Boolean(val ?? await get("vue.propsDestructure")) }
		},
		css: {
			importLoaders: 0,
			url: { filter: (url, _resourcePath) => url[0] !== "/" },
			esModule: false
		},
		cssModules: {
			importLoaders: 0,
			url: { filter: (url, _resourcePath) => url[0] !== "/" },
			esModule: false,
			modules: { localIdentName: "[local]_[hash:base64:5]" }
		},
		less: {},
		sass: { sassOptions: { indentedSyntax: true } },
		scss: {},
		stylus: {},
		vueStyle: {}
	},
	plugins: [],
	aggressiveCodeRemoval: false,
	optimizeCSS: { $resolve: async (val, get) => {
		if (val === false || val && typeof val === "object") return val;
		return await get("build.extractCSS") ? {} : false;
	} },
	optimization: {
		runtimeChunk: "single",
		minimize: { $resolve: async (val, get) => typeof val === "boolean" ? val : !await get("dev") },
		minimizer: void 0,
		splitChunks: {
			chunks: "all",
			automaticNameDelimiter: "/",
			cacheGroups: {}
		}
	},
	postcss: { postcssOptions: { plugins: { $resolve: (val, get) => val && typeof val === "object" ? val : get("postcss.plugins") } } },
	devMiddleware: { stats: "none" },
	hotMiddleware: {},
	friendlyErrors: true,
	warningIgnoreFilters: [],
	experiments: {}
} });
//#endregion
//#region src/config/index.ts
var config_default = {
	...adhoc_default,
	...app_default,
	...build_default,
	...common_default,
	...dev_default,
	...experimental_default,
	...generate_default,
	...internal_default,
	...nitro_default,
	...postcss_default,
	...router_default,
	...typescript_default,
	...esbuild_default,
	...oxc_default,
	...vite_default,
	...webpack_default
};
//#endregion
export { config_default as NuxtConfigSchema };