Western Pacific 0n 140e

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Creative Rationale

Over the Western Pacific Ocean north of Papua New Guinea, where warm tropical waters meet dynamic atmospheric systems, the moderate southwest winds and significant pressure gradient create conditions ripe for layered atmospheric complexity. The strong temperature anomaly of 14K above the zonal mean drives my choice of warm underlying colors that push through cooler surface layers, while the 31.5 Pa/cell pressure gradient translates into multiple revealed paint layers with complex interactions. The southwest wind direction at 298 degrees guides diagonal squeegee strokes from lower-left toward upper-right, with the 10.4 m/s wind speed creating medium-length drags that sweep across substantial portions of the canvas, revealing the heated tropical warmth beneath cooler atmospheric veils.

Atmospheric Data

Date: 2026-04-10
Location: 0°N, 140°E (Western Pacific 0n 140e)
Pressure: 1006 hPa (gradient: 31.5)
Wind: 10.4 m/s from 298°
Temperature: 28.2°C (anomaly: 14°C)
Humidity: 80%
Precipitation: 0.1 mm
Visual Interest Score: 32.7

Technical Details

Model: Flux 1.1 Pro (Black Forest Labs)
Artist Inspiration: Gerhard Richter
Weather Source: Open-Meteo API (GFS model)
Format: PNG 8K (Flux 1.1 Pro → Real-ESRGAN 4× → Clarity 2×) + SVG vector interpretation
Generated: 2026-04-10T06:24:50.615473+00:00
Compute: AWS Lambda (Python 3.12, 512 MB, us-east-1)
Run ID: 2026-04-10-060044

License: This artwork is licensed under CC BY-NC-ND 4.0. Attribution: James Tannahill / art.jamestannahill.com. No commercial use or derivatives without permission.