3D Turbine

Cinevva's analyzer read this game's design doc and its source, then wrote the brief below. "Make your own" hands it to the game creator as your opening message, so you start from a real spec rather than a one-line idea.

Create a browser-based interactive 3D educational visualization titled “3D Turbine” / “SteamLab · Turbine Explorer,” presented in German. It is not a combat or score game: the user inspects and learns how a running steam turbine works.

Scene and camera: Render a detailed industrial steam-turbine assembly in Three.js-style real-time 3D against a very dark navy background with subtle distance fog, soft shadows, metallic materials, and a dark gridded factory floor. Use a perspective camera initially positioned at approximately (12, 8, 14), aimed at the center of the machine around y=2.4. Allow orbit inspection with mouse/touch drag and zoom with the wheel, with damping; constrain the camera so it cannot go below the machine. The turbine is laid out horizontally along the X axis on a broad dark foundation and blue service deck.

3D model: Build the main turbine casing as a large horizontal steel cylinder, about 8.6 units long and 2.45 radius, centered around y=3.25. Add dark circumferential casing bands, end caps, casing bolts, and five cyan-tinted transparent inspection-window panels along the front-facing side. Inside, show a copper-colored horizontal shaft/rotor. Add five blade stages spaced along the shaft: copper rings with ten blue radial rotor blades each, making the internal stages visible through/around the casing. Add dark bearing housings and copper bearing rings beneath the shaft at two locations. On the right, attach a blue cylindrical generator with dark bands, cap, and a dark terminal box. On the left above the turbine, add a copper steam inlet pipe with a dark flange. Place industrial decorative props around the machine: a control cabinet and steam manifold on the left, a large isolation valve on the right, and an access catwalk behind/beside it. Use a steel/blue/copper palette with glowing cyan, amber, and green accents.

Animation and visualization: The rotor/blade group continuously rotates, and the generator rotates in sync at a slower rate, clearly communicating that steam drives mechanical rotation. When flow animation is enabled, show 24 small glowing cyan particles traveling from the left steam inlet through the turbine toward the right, along a slightly descending/waving path. Show 12 glowing amber particles moving from the shaft/output area toward the generator to represent energy transfer. The initial state has flow enabled. Pausing flow hides the particles but does not stop the rotor rotation. Include a legend identifying cyan as “Dampfstrom” and amber as “Wellenenergie.”

Interactive inspection: Make the casing/inspection windows selectable as “Gehäuse,” the shaft selectable as “Welle / Rotor,” the blade rings and blades selectable as “Läufer- und Leitschaufeln,” the steam inlet selectable as “Dampfeintritt,” the generator selectable as “Generator,” and the bearing housings selectable as “Lagerung.” Clicking a selectable part highlights that part with a cyan/blue emissive accent and updates the information panel with the selected German title, a category tag, and grounded educational text. Use these exact concepts: casing = flow space that safely guides steam and stabilizes pressure, temperature, and alignment; shaft/rotor = transfers rotational energy to the generator; blades = convert pressure and velocity energy into torque through controlled expansion stages; inlet = introduces superheated high-pressure steam and begins the thermodynamic process; generator = converts mechanical shaft power into electrical power and interfaces with the grid; bearings = support the shaft and reduce friction/vibration.

Exploded view: Add a button labeled “Explosionsansicht.” When active, separate the internal rotor/blade group toward the front by roughly 1.55 units in Z, move the generator farther right, shift the inspection windows farther forward, and raise the inlet so the internal arrangement is easier to inspect. Toggle back to the compact assembled state. Show a small toast notification when toggled.

HUD/UI: Overlay a fixed, non-blocking dark navy technical interface with thin translucent blue-gray borders, cyan section labels, white text, muted blue-gray secondary text, and green metric values. At top left show the brand card “STEAMLAB · TURBINE EXPLORER” and subtitle “Interaktive Schulungsansicht · Siemens-Energy-inspirierte Visualisierung.” At top right provide buttons: active “Lernmodus,” “Explosionsansicht,” “Ablauf starten” (flow toggle), and “Ansicht zurücksetzen.”

Place a lower-left “SYSTEMSTATUS” panel titled “Dampfturbine im Betrieb” with a 2x2 metric grid showing: 165 “BAR EINTRITT,” 540 “°C DAMPF,” 3.000 “U/MIN,” and 450 “MW LEISTUNG.” RPM should subtly oscillate around 3,000 while running (about ±18), power around 450 (about ±3), and steam temperature around 540 (about ±2); pressure remains 165. Below it show the German energy path rows: “Dampf tritt in die Hochdruckstufe ein,” “Expansion über Leitschaufeln und Läufer,” “Welle überträgt Drehmoment,” and “Generator erzeugt elektrische Energie.” Include the cyan/amber legend and the hint “Tipp: Klicke auf Bauteile. Mit Drag drehen, mit dem Mausrad zoomen.”

Place a right-side “BAUTEILINFORMATION” panel. Initially show “Noch kein Bauteil ausgewählt” and “Wähle Gehäuse, Welle, Schaufelkranz, Generator oder Dampfeintritt aus.” Beneath a divider show “LERNMODUS” and the text “Die Turbine wandelt die Enthalpie des Dampfes in mechanische Rotationsenergie um. Diese treibt den Generator an.” Clicking Learn mode hides/shows floating 3D labels and toggles the lesson copy to “Interaktive Ansicht ohne Lernbeschriftungen.” In learning mode, display floating labels near the model for “Dampfeintritt,” “Gehäuse,” “Generator,” and “Welle.” Include reset behavior that returns the camera to its initial angle/target, exits exploded view, and restores learning labels. Make the interface responsive: on narrow screens stack/reposition the panels while preserving the dark technical aesthetic and usable controls.