Oceanographic Wave Analysis

This dashboard uses advanced oceanographic algorithms to analyze wave-current interactions and predict marine conditions. Here's how it works:

Wave-Current Interaction

The system calculates how waves and currents interact based on their relative directions. When waves and currents move in the same direction, waves become longer and faster. When they oppose each other, waves become steeper and shorter.

Key Calculations

• Interaction Coefficient: Measures how aligned waves and currents are (1 = same direction, -1 = opposite directions)
• Effective Wave Speed: Calculates wave speed adjusted for current influence
• Breaking Potential: Estimates likelihood of waves breaking based on steepness
• Energy Flux: Measures the energy transported by waves (in kW/m)
• Rip Current Risk: Assesses danger of rip currents forming

Practical Applications

• Navigation Efficiency: How easily vessels can navigate given conditions
• Surf Quality: How good conditions are for surfing
• Fishing Potential: How likely fish are to be active based on water mixing
• Sediment Transport: How much sand/movement is happening on the seafloor

Wave Visualization

The animation at the bottom shows a simplified representation of wave patterns based on your inputs. The white wave represents primary swell, while the gray wave shows secondary swell patterns. The animation speed correlates with wave speed - faster waves move more quickly across the screen.

These calculations use established oceanographic principles but are simplified for educational purposes. Always consult official marine forecasts for safety-critical decisions.