I'm planning a surf trip to a spot 1000 nautical miles from Buoy 46002. Please navigate to the detailed report for Buoy 46002. From the 'Current Swell & Surf Analysis' section, identify the 'Primary Swell Height' and 'Primary Swell Period'. Then, go to the 'Swell Decay Tables' on the website and, using the identified Primary Swell Height and a distance of 1000 nautical miles, find the corresponding 'Swell Decay Factor'. Finally, calculate the estimated decayed swell height by multiplying the 'Primary Swell Height' by the 'Swell Decay Factor' and provide this calculated value.
Navigate to 'stormsurf.com'. Click on the 'Buoys' link in the navigation menu. From the 'Pacific Ocean Regions' list, click on 'North California'. On the 'North & Central California' buoy page, click on '46002 Oregon' from the 'Offshore Buoys' list. Locate the 'Current Swell & Surf Analysis' section on the Buoy 46002 page. Extract the 'Primary Swell Height' (ft) and 'Primary Swell Period' (secs) from this section. Navigate back to the main navigation or use a direct link to find 'Swell Decay Tables'. On the 'Swell Decay Tables' page, use the extracted 'Primary Swell Height' to select the appropriate 'Seas' table (e.g., '5 ft Seas', '10 ft Seas'). Then, use the given distance of '1000 nautical miles' to find the corresponding 'Swell Decay Factor'. Calculate the estimated decayed swell height by multiplying the 'Primary Swell Height' by the 'Swell Decay Factor'. State the calculated estimated decayed swell height.
The agent successfully navigates to the detailed report for Buoy 46002 Oregon. The agent correctly identifies and states the Primary Swell Height from the 'Current Swell & Surf Analysis' section (e.g., '2.3 ft'). The agent correctly identifies and states the Primary Swell Period from the 'Current Swell & Surf Analysis' section (e.g., '12.6 secs'). The agent successfully navigates to the 'Swell Decay Tables' page. The agent correctly identifies the 'Swell Decay Factor' corresponding to the extracted Primary Swell Height (using the closest 'Seas' table) and 1000 nautical miles (e.g., for 2.3 ft, it's the '5 ft Seas' table, and for 1000 nm, the decay factor is 0.25). The agent correctly calculates and states the estimated decayed swell height (e.g., 2.3 ft * 0.25 = 0.575 ft). The calculation must be accurate based on the extracted values and the decay factor.