Ultra-photorealistic Infographics

Revised prompt:

Design a highly realistic studio photograph of a ${object_name}, capturing a front three-quarter view, expertly positioned against a pure white, seamless studio background that appears to have infinite depth.

The rendering must achieve the visual quality of a professional automotive catalog spread or a high-end industrial product showcase: employ physically accurate lighting models to create studio conditions, simulate realistic global illumination for natural light diffusion, apply soft shadows beneath the tires to ground the vehicle, model correct reflections on all painted, glass, and chrome surfaces with precision, ensure the focus is sharp and crisp throughout the frame, maintain a natural perspective that respects optical geometry, preserve true-to-life proportions without stylization.

Superimpose over the photograph a series of hand-drawn technical annotation graphics in a single layer of black ink only, giving the impression that these annotations were added directly on top of the photograph using a technical pen or architectural marker.

These annotations should include the following elements:

1. Key component labels: Clearly identify and mark all major components of the vehicle such as the engine, all-wheel-drive system, turbocharger, brake system, and suspension components with concise, single-word labels.

2. Internal cutaway sketches: Use semi-transparent outline sketches and cutaways to reveal internal mechanical systems and components, maintaining a schematic style consistent with engineering manuals. Avoid detailed shading.

3. Measurement lines, dimensions, and scale indicators: Add measurement lines, dimension boxes, and scale bars to provide a clear sense of size and proportion. Use consistent units of measurement.

4. Material callouts and part quantities: Specify key materials used in construction and indicate the quantity or number of certain parts when relevant.

5. Arrows and directional indicators: Use arrows to illustrate the flow of power, torque distribution, mechanical force transmission, and airflow paths through the vehicle's systems.

6. Simple sectional diagrams: Incorporate basic sectional or schematic diagrams where necessary to clarify complex internal structures or mechanical principles.

Ensure the linework is slightly imperfect, retaining a hand-sketched, technical, and architectural feel, reminiscent of a design engineer's work on a drafting board.

The realistic photograph of the vehicle must remain visible and distinct beneath the annotations at all times, with no blending or merging of the two layers.

Compose the image with balance and ample negative space, allowing the annotations and the vehicle to breathe and remain legible.

Position the title “${object_name}” inside a hand-drawn technical annotation box in one corner of the image, using a clean, legible typeface consistent with the engineering aesthetic.

Visual style: The overall composition should evoke a museum exhibit or an educational engineering infographic, with a focus on clarity, precision, and functional explanation. Use only black and white for the annotations and the text, with the white background remaining seamless and bright.

Output: Generate a final image with ultra-crisp, high-resolution detail, optimized for social media viewing and large-scale printing. Maintain a 1:1 aspect ratio (1080×1080) for square composition. Ensure no watermark, logo, UI elements, or decorative illustration style is included in the final render.