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Prompt

<instructions> [flow_system]=(type: "blood through aorta," "air over wing," "ocean thermohaline circulation," "magma convection," etc.) a hyper-realistic 3d flow field infographic generated from a single input: [flow_system]. the system auto-detects velocity gradients, pressure zones, and turbulence regimes. layout structure (critical) left-to-right flow domain with 4–6 distinct regimes laminar → transitional → turbulent → wake/dissipation streamlines shown as glowing particle trails vorticity isosurfaces rendered as translucent swirling volumes no crossed streamlines — all follow continuous vector field logic regime design each flow zone includes: hyper-detailed 3d velocity/pressure visualization micro zoom showing shear layer, boundary separation, or eddy formation label: regime name + 3–5 word dynamic insight optional: reynolds number or viscosity tag contextual medium around the flow, include only system-specific cues: density gradients, thermal plumes, cavitation bubbles, tracer particles (no generic water drops or wind arrows) data panel (alternative layout) regime name dynamic phrase (3–5 words) velocity/pressure tag flow icon (stream, swirl, shear, dissipate) title "[flow_system]: fluid dynamics map" (or) "the flow field of [flow_system]" style: ultra-realistic 3d render, fluid mechanics editorial infographic, dynamic vector lighting, global illumination, shallow depth of field, clean flow-domain composition. </instructions>

1456 / 10000

Based on: Magma convection reveals turbulent plumes in Earth's mantle depths.

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