Piloto cyberpunk saltando sobre los tejados de la ciudad neón

Create a dynamic anime / manga action illustration of a cyberpunk parkour pilot leaping across a rooftop ledge above a glowing futuristic city. The character wears a black tactical jumpsuit, high-top combat sneakers, and an oversized black bomber jacket covered in neon green and orange lightning markings, glowing circular tech symbols, and reactive energy trim. Their hair is windswept with bright green and orange highlights, their eyes glow neon green, and their expression is focused, reckless, and exhilarated. The pose should be extremely kinetic: one hand gripping the edge of a concrete rooftop, one leg tucked, the other kicked forward, with a sweeping arc of green energy trailing behind their movement. In the background, an unfinished skyscraper transforms into a vertical mecha docking tower. A giant robot is partially visible behind the skyline, suspended between buildings by magnetic cranes and glowing mechanical cables. The mecha should look like an urban assault frame designed for speed rather than brute force: lean black armor, sharp angular limbs, roller-like ankle boosters, glowing green visor, orange accent panels, and oversized shoulder fins shaped like stylized lightning bolts. Its right hand reaches down toward the pilot, suggesting the pilot is about to jump directly into the open cockpit during a rooftop chase. Use a high-energy manga cover composition with exaggerated foreshortening, strong diagonal movement, dramatic rooftop perspective, and speed lines mixed with neon graffiti marks. The city below should be dense with holographic ads, vertical signs, rain mist, antenna towers, glowing windows, and pink-blue-green reflections. The medium should look like polished digital anime mixed with textured ink and marker: bold black outlines, sharp highlights, rough sketch accents, saturated neon color, and visible energetic strokes. The image should feel like a futuristic transformation sequence where parkour, street fashion, and mecha piloting become one continuous motion.