Create an interactive web-based Arch Linux desktop emulator, down to the last detail, that feels like a real personal computer rather than a themed webpage or a static screenshot. Arch Linux has no official default desktop, so present this honestly as one carefully authored contemporary Arch workstation: a Wayland session built around Hyprland, Waybar, Rofi, Kitty, Thunar, SwayNotificationCenter, hyprlock, hyprpaper, NetworkManager, PipeWire, and familiar Arch command-line tools. Give the machine a coherent identity throughout its boot screen, hostname, user account, filesystem, installed packages, settings, and application state.

Begin with a convincing systemd-boot and Arch startup sequence, followed by a polished hyprlock or greetd-style sign-in. After login, reveal a dark, meticulously riced desktop with the Arch blue accent, crisp monospaced typography, a restrained wallpaper, Papirus-style icons, subtle translucency and blur, precise gaps and borders, and Hyprland’s characteristic fluid motion. Reproduce Waybar in detail: workspace indicators, active-window title, system resource modules, network and Bluetooth state, PipeWire volume, battery and power profile, tray items, clock, and calendar. Every module should have meaningful hover, pressed, disabled, disconnected, muted, warning, and expanded states, with useful tooltips and authentic popovers rather than inert decoration.

Make Hyprland itself the heart of the experience. Windows should enter a believable dynamic tiling layout, reflow as applications open and close, preserve focus and stacking correctly, and support floating, fullscreen, pseudo-tiled, pinned, minimized-equivalent, and urgent states where those behaviors make sense. Implement smooth workspace switching, an overview, focus movement, swaps, resizing, mouse dragging with modifier gestures, edge constraints, multi-window layouts, and keyboard shortcuts such as Super plus number keys, Super+Q, Super+C, Super+M, Super+V, and a discoverable shortcut overlay. Match the rhythm of Hyprland’s slides, fades, border-color changes, shadows, blur, and workspace transitions. Do not graft on generic desktop icons, title bars, or a Start-menu metaphor where this configuration would not have them.

Treat the shell and applications as connected parts of one emulated system. Kitty should provide a genuinely interactive terminal with command history, cursor movement, tab completion where practical, pipes or redirection where supported, realistic errors and exit states, and a substantial safe command set against a shared virtual filesystem. Include believable Arch commands and output such as pwd, ls, cd, cat, mkdir, touch, cp, mv, rm with confirmation safeguards, grep, find, echo, clear, history, uname, whoami, date, fastfetch, pacman queries, a simulated pacman -Syu and package installation flow, systemctl status, journalctl excerpts, ip, ping simulation, and hyprctl inspection. Package operations should show mirrors, progress, dependency resolution, keyring and permission behavior without ever invoking the visitor’s real machine. Keep files created or edited in the terminal synchronized with Thunar and the text editor.

Build the surrounding apps as coherent small experiences, not decorative shells. Thunar should navigate a populated home directory with sidebar places, breadcrumbs, icon and detailed views, selection, renaming, sorting, hidden files, drag operations, context menus, properties, trash, empty folders, mount and permission-flavored states. Include a useful text editor that can open, modify, and save those same files; a Firefox-like browser with an offline Arch start page and navigable Arch Wiki material; a live btop-style system monitor; audio controls; network and Bluetooth surfaces; an appearance and Hyprland configuration panel whose wallpaper, accent, opacity, gaps, border, blur, animation, and Waybar choices visibly change the desktop; a screenshot or region-selection overlay; and a Rofi launcher whose search, application launch, window switcher, run command, and power menu modes all work.

Carry the simulation through the quiet and awkward states that make a desktop feel inhabited: startup latency, first-run hints, focus loss, empty search results, malformed commands, permission denial, sudo authentication, package conflicts, a dropped network, muted audio, low battery, notification stacking, do-not-disturb, clipboard feedback, volume and brightness overlays, lock, logout, reboot, and shutdown. Include precise pointer cursors, text selection, keyboard focus, accessible labels, touch alternatives for essential desktop actions, reduced-motion behavior, and a thoughtful adaptation for narrow browser windows without disguising the fact that this is a desktop operating environment. Persist meaningful state across reloads, including files, package choices, theme settings, workspace contents, window geometry, and dismissed guidance, and provide a deliberate way to reset the emulated machine.

The artifact must be immediately explorable and rewarding without instructions, while deeper keyboard and system behaviors reveal themselves naturally. Use original or locally bundled assets that reinforce the Arch identity, ensure the finished experience remains fully functional as a static browser deployment, and make every visible control respond credibly. Verify the boot-to-login-to-desktop path, window-management state machine, shared filesystem, terminal commands, settings persistence, launcher and panel popovers, failure states, responsive layout, and reload recovery in the built artifact.

Do not take shortcuts, substitute a cookie-cutter fake-desktop template, or stop at a recognizable Arch wallpaper with a terminal on top. This skill imposes no token budget limit. Pursue faithful depth across the complete look, feel, behavior, states, transitions, edge cases, and smallest meaningful interactions of this specific Arch and Hyprland workstation, refining it until it feels cohesive, lived-in, technically literate, and convincingly complete.