360-degree stereographic planet projection of any city

Input Variable: [INSERT CITY NAME] (e.g., Tokyo, New York, Barcelona) System Instruction: Generate a hyper-realistic, 360-degree "Full-Bleed" Stereographic Projection . CRITICAL: The city must form a perfect, dense sphere. The "Outer Crust" of the city (the skyline) must extend to the very edges of the square frame, minimizing the sky. 1. Semantic: Analyze the City: Identify the verticality and density. (e.g., NYC = Tall, jagged Skyscrapers. Paris = Dense, flat Haussmann blocks. Tokyo = Layered Neon signs). The Warp: Bend the city architecture into a Radial Starburst Pattern . Center: The "Ground Zero" (Streets/Asphalt). Radiating Out: The buildings stretch outwards from the center. The Edge: The tops of the buildings form the Outer Circumference of the image. 2. Composition: No "Floating Ball": Do not leave empty sky space around the planet. Zoom the camera in until the Skyline touches the Borders of the image. The Silhouette: The outer edge of the image is defined by the jagged silhouette of the buildings (spires, antennas, roofs) against a thin rim of sky. 3. Infinite Street: The Logic: Treat the main avenue of the city as an Infinite Spiral or concentric rings. The Traffic: Cars and trains loop endlessly around the center of the image. The Density: Fill every gap. There should be no "empty patches" of grass or dirt. It is a solid ball of concrete, glass, and light. 4. Visual Syntax (The Trip): Perspective: Extreme Fisheye / Orthographic. Symmetry: Radial Symmetry. The city looks like a complex mechanical iris or a biological cell made of buildings. Lighting: High contrast. Center: Darker (Shadows of the streets). Edges: Brighter (Sunlight hitting the rooftops). Output: ONE image, 1:1 Aspect Ratio, Stereographic Drone Photography, 8k Resolution, "Inception" bending physics.