Of Laylines and Beats

By Dermot Tynan, almost 12 years ago.

This time, I set the simulation granularity a bit smaller, so the updates are more regular and there are more data points, which explains the curved route in some cases. You can click on the image for a slightly larger version. An Olympic course is known to sailors as a "triangle and sausage", because you sail upwind to the top mark, turn onto a broad reach to the gybe mark, gybe around, and broad reach down to the leeward mark. From there you beat back up to the windward mark, and then turn dead downwind to the finish line at the leeward mark. A true Olympic course would put the start and finish line about a third of the way up the beat, shortening the first leg somewhat, but also making for an upwind finish as you would have to sail around the leeward mark and beat to the finish. I skipped all that!

Read more
  • March 21, 2013
  • |
  • |
Upcoming Missions
Search
Recent Posts
Tag Cloud
3D Printing, Alix, Alpha, Antigua, ARC, Atmel, Balsa Wood, Battery, Blog, Bulkheads, BVI's, BVI's, Caribbean, Chines, COG, Communications, Compact Flash, Control Board, Corrosion, CSM, DC/DC Converter, DelftSHIP, Electrics, Electronics, English Harbour, Fibreglass, Finish Line, FreeBSD, GPS, GRIB, Guadeloupe, Gybe, Hull, Hull001, Hull002, Hurricane Alley, Hurricane Season, Hurricanes, Igor, Kalopa, Keel, Keelson, Layline, Leeway, Martinique, MaxiMOOP, MegaMOOP, Microtransat, Mission, Mission Control, Montserrat, Mother, NanoBSD, OpenWing, Otto, PID, Polars, Power, PSU, Redis, Round Ireland, Ruby, Rudder, Sails, Satellite, Sea Trials, SGS, Simulations, Snoopy, SOG, Solar, Start Line, Stepper, Team Joker, The Race, Tide, Timetable, Transom, TWA, VMG, VPP, Weather, Weathering, Winds, Wrap Board, XTE
Blog Categories