FengshuiCalculator

Taj Mahal 泰姬陵 terrain case

A river to the north instead of the south — the "water in front" template inverted. A useful case for showing the kernel reports the terrain as measured, not as the template expects.

The building, on the record

LocationAgra, India · 27.1751, 78.0421
Built1632–1653
Sitting/facing (literature)main tomb faces south across the charbagh gardens
Sourcepublic record: the tomb platform's long axis runs north–south, main gate to the south, river Yamuna to the north

We did not measure anything on site — the sitting direction is quoted from the public record, and this page says so wherever the direction matters.

Terrain, as the model sees it

360-azimuth skyline sampled once from SRTM 30 m (a terrain model — no buildings) at 350 / 700 / 1200 / 2500 m rings, frozen on 2026-10-27. Ground elevation at the sample point: 168.0 m. Highest skyline angle: 0.7° at 210° azimuth.

Sector (±45°)Max elevationMean
North (玄武 seat)0.0°0.0°
East (青龙)0.4°0.1°
South (朱雀 face)0.7°0.3°
West (白虎)0.3°0.0°

Interactive version with a draggable panorama and a sitting slider: open this location in the terrain tool.

White-tiger check (kernel verdict)

The same terrain_white_tiger judgment as the terrain tool, run on this frozen skyline with the literature sitting direction (0° = north): 无白虎抬头 — right (white tiger) max 0.4° vs left (azure dragon) max 0.3°, Δ = 0.2° (threshold 10.0°). The right sector rises above the left by more than the engineering threshold. The threshold is an engineering estimate pending advisor calibration — it ships with the verdict, never hidden.

If you go and measure

Model magnetic declination here (WMM2025): 1.0° east. The honest sequence: take a compass bearing of the building axis (or of the sun with the solar compass), subtract the declination your instrument actually shows, and compare with the literature direction above — the difference is the interesting part, and it is a measurement, not an opinion.

Honest boundaries