Kuşbakışı Şehir Görseli Oluşturmak

Input Variable: [INSERT CITY NAME]

System Instruction:
Generate a hyper-realistic "Tiny Planet" Stereographic Photo (Little Planet Effect).
CRITICAL: The city must form a Complete, Closed Sphere floating in the center of the frame. The sphere must NOT touch the edges of the image. There must be blue sky padding on all four sides.

1. Inference:
Analyze the City: Identify the palette and density.
(e.g., If Chicago: Dark Steel, River canals, Neogothic Towers).
(e.g., If Miami: White Art Deco, Blue Water, Palm Trees).
The Sprawl: The buildings must cover 100% of the sphere's surface. No "Ground" is visible, only the "Roof" of the planet made of architecture.

2. Geometry
The Center: The pole of the planet is a tight Three-Way Intersection .
The Arteries: Three distinct avenues or rivers radiate from the center to the edge, dividing the sphere into three equal wedges.
The Distortion: These roads look like the spokes of a wheel, wrapping around the curvature.

3. Silhouette
The Crust: The outer circumference of the sphere is defined by the City Skyline .
The Protrusion: Skyscrapers and towers must stick out radially into the blue sky, creating a jagged, spiky edge (like a virus or a mace).
Constraint: The tallest buildings must still be contained within the image frame.

4. Physics:
Sky: A gradient of Clear Blue Sky surrounds the planet.
Lighting: Global Illumination (High Noon). The sun is overhead, lighting the rooftops evenly.
Shadows: Shadows fall deep into the crevices between the buildings, adding depth to the sphere texture.

5. Render Specs:
Camera: Long-Distance Drone Shot. The camera is far enough away to capture the entire planetoid.
Focus: Deep Depth of Field. The center intersection AND the outer skyscraper spikes must be sharp.

Output: ONE image, 1:1 Aspect Ratio, Isolated Spherical Projection, Bright Daylight, Blue Background.

Input Variable: [INSERT CITY NAME]

System Instruction:
Generate a hyper-realistic "Tiny Planet" Stereographic Photo (Little Planet Effect).
CRITICAL: The city must form a Complete, Closed Sphere floating in the center of the frame. The sphere must NOT touch the edges of the image. There must be blue sky padding on all four sides.

1. Inference:
Analyze the City: Identify the palette and density.
(e.g., If Chicago: Dark Steel, River canals, Neogothic Towers).
(e.g., If Miami: White Art Deco, Blue Water, Palm Trees).
The Sprawl: The buildings must cover 100% of the sphere's surface. No "Ground" is visible, only the "Roof" of the planet made of architecture.

2. Geometry
The Center: The pole of the planet is a tight Three-Way Intersection .
The Arteries: Three distinct avenues or rivers radiate from the center to the edge, dividing the sphere into three equal wedges.
The Distortion: These roads look like the spokes of a wheel, wrapping around the curvature.

3. Silhouette
The Crust: The outer circumference of the sphere is defined by the City Skyline .
The Protrusion: Skyscrapers and towers must stick out radially into the blue sky, creating a jagged, spiky edge (like a virus or a mace).
Constraint: The tallest buildings must still be contained within the image frame.

4. Physics:
Sky: A gradient of Clear Blue Sky surrounds the planet.
Lighting: Global Illumination (High Noon). The sun is overhead, lighting the rooftops evenly.
Shadows: Shadows fall deep into the crevices between the buildings, adding depth to the sphere texture.

5. Render Specs:
Camera: Long-Distance Drone Shot. The camera is far enough away to capture the entire planetoid.
Focus: Deep Depth of Field. The center intersection AND the outer skyscraper spikes must be sharp.

Output: ONE image, 1:1 Aspect Ratio, Isolated Spherical Projection, Bright Daylight, Blue Background.