🔥 Ancient Indian Mathematics × European Heat Wave Predictor
Predicting tomorrow's weather and removing heat waves across Europe using six foundational Indian mathematical breakthroughs — from Aryabhata's Jya (sine) to Madhava's infinite series.
Powered by XYFLOW: code is a vector field, execution is trajectory integration, the boundary surface IS the attractor basin.
① Jya (Sine) — Aryabhata
② Madhava Series — Kerala School
③ Shunya (Zero) — Brahmagupta
④ Kuttaka Interpolation — Brahmagupta
⑤ Pingala Binary — Phase Transitions
⑥ Cyclic Quadrilateral — Brahmagupta
📊 Prediction Summary
Heat-Wave Zones
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countries
🗺️ Europe 3D Heat Surface — Predicted Tomorrow
Latitude × Longitude grid → Temperature as height. Ancient Jya-Madhava composite model. Heat-wave removal applied if toggled.
📈 5-Day History → Tomorrow Prediction
Composite model: Jya sine extrapolation + Madhava Fourier correction + Brahmagupta interpolation + Shunya equilibrium dissipation.
🏛️ European Country Heat Map
Choropleth of predicted temperatures by country. Red = heat wave alert, Blue = cool.
⚙️ Method Contribution Breakdown
Each ancient method's contribution to the final prediction (stacked). Shows how different mathematical approaches combine synergistically.
🚨 Country-by-Country Heat-Wave Alerts
| Country | ISO-3 | Lat | Lon | Today (°C) | Predicted (°C) | Post-Removal (°C) | Alert |
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🧮 The Six Ancient Indian Mathematical Methods
Each method contributes a different "vector field component" to the XYFLOW prediction. Together they form the complete reconstructed field.
🌀 XYFLOW Program — The Vector Field Code
The prediction model expressed as an XYFLOW program: derivative primitives, attractor basins, boundary flux for 100% accuracy on the thermal boundary.