Thermal X-Ray Style Infographic Prompt (Nintendo Switch Example)

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A [subject] rendered in high-contrast scientific studio rendering against a pure black void background. This tight [viewpoint] capturing the [angle] adopts a false-color thermal X-ray art style. Through the transparent outer shell, the [internal structure elements] clearly emerge, detailed with vivid heatmap gradients. The color palette transitions from deep, cool blue to intense yellow and red highlights, creating a futuristic, clinical appearance with orthographic projection and a soft, neon-like glow. TEXT: "THERMAL X-RAY / ORTHOGRAPHIC VIEW / [subject name] / TEMP: [temperature]°C" --- Nintendo Switch Prompt 👇 --- A Nintendo Switch console (handheld mode) rendered in high-contrast scientific studio rendering against a pure black void background. This tight profile view capturing the right side adopts a false-color thermal X-ray art style. Through the transparent body case and display glass, the precise internal structure of the handheld gaming device—consisting of the central NVIDIA Tega custom processor, 6.2-inch LCD display panel, battery cells, cooling fan and heat dissipation mechanism, left and right Joy-Con connection slots, game card slot, and circuit board wiring pattern—clearly emerges, detailed with vivid heatmap gradients. The Tega processor, slightly above center, is expressed in vibrant orange to yellow, indicating moderate heat during operation (55-65°C). The small cooling fan behind it shows efficient cooling effect in blue-green. The large capacity lithium-ion battery (4310mAh) at the bottom shows a uniform deep blue to blue-green, indicating safe operating temperature (20-30°C). The 6.2-inch display panel shows minor backlight heat (35-40°C) in green to yellow-green. The left and right Joy-Con connection rail parts show a low-temperature state in pale blue. The game card slot at the top shows an unused state in dark blue. The color palette transitions from deep, cool blue (battery cooling area) to intense yellow and orange highlights (Tega processor), creating a futuristic, clinical appearance with orthographic projection and a soft, neon-like glow. The power-saving design and efficient thermal management system required for portability are precisely arranged within the compact chassis, making visible the heat conduction paths via heat pipes, blue arrows indicating airflow, and the placement of electronic components on the board. The precision of the symmetrically placed Joy-Con connection mechanism and the beautiful design of the processing system centralized in the middle of the console stand out. TEXT: "THERMAL X-RAY / ORTHOGRAPHIC VIEW / NINTENDO SWITCH HANDHELD MODE / TEGA CHIP TEMP: 58°C / BATTERY TEMP: 25°C"