Female pilot in sci-fi cockpit overlooking futuristic city AI Image Prompt

Create a cinematic photorealistic sci-fi cockpit scene from a rear-centered viewpoint: a lone female pilot, {argument name="pilot description" default="young woman with long straight black hair"}, sits in a high-tech pilot seat facing forward inside the cockpit of a giant robot or advanced mech. She wears a fitted {argument name="pilot suit color" default="light beige flight suit"} with black shoulder harnesses and a bulky rectangular mechanical backpack/seat module attached behind her. The cockpit is dark graphite metal with angular armored window frames and a wide panoramic windshield overlooking a bright futuristic city from high altitude. Outside, show dense modern skyscrapers, roads, a bay or river, distant mountains, blue sky, and scattered clouds in crisp daylight. Fill the cockpit with glowing blue holographic HUD overlays projected on the glass and consoles: include exactly 8 main display clusters visible in the composition—1 long curved top status strip across the ceiling, 1 central horizon/altitude targeting reticle on the windshield, 2 vertical side telemetry panels near the front window pillars, 2 translucent side-window data panels, and 2 large lower console screens showing humanoid mech schematics and system readouts. Add smaller buttons, switches, illuminated panels, and cockpit controls on both left and right arm consoles, using cool cyan-blue UI graphics with fine technical text, charts, waveforms, numeric indicators, and labels such as system online, horizon, altitude, speed, power system, and weapon system. Composition should be symmetrical, immersive, and highly detailed, with the pilot centered in the lower half and the city framed through the cockpit glass. Use realistic lighting with strong daylight outside, blue reflections on glass, deep interior shadows, sharp focus, ultra-detailed hard-surface design, cinematic science-fiction atmosphere, no cartoon styling, no visible watermark, no extra characters, and no exterior view of the robot.