in race conditions. and the more detailed your simulation is, the more pixels you can break your boat into, the more accurate your model becomes. but every single pixel is simulated by a different computer processor, which means you need a massive amount of computing. basically, you need to harness the power not of the wind but of the cloud. now the crew do get to test how the virtual designs handle. this simulator knows exactly how the current design will behave when under the control of a master sailor. so let s see how it goes with me. now i am sailing! wow, one of the foils has gone into the water. and then, once we re round there, if you go hard right and down. a little bit slow out of the tack in the front of
which is simulating all the air conditions and the hydrodynamic conditions on the yacht as it sails through the water under an insane number of different scenarios. to simulate what happens when water strikes the hull of a yacht, or when air hits the sail of a yacht, we pixelate those surfaces. we put little square pixels all over that yacht. at each one of those pixels we do a little bit of math, we understand what the temperature pressure and forces are that are acting there, then we can work out what s going to happen next and then how that cascades all the way down the line to the next pixel and the next pixel and the next pixel. and suddenly we have got an idea of what a real, living boat will look like when it is in the water in race conditions. and the more detailed your simulation is, the more pixels you can break your boat into, the more accurate your model becomes. but every single pixel is simulated by a different computer processor, which means you need a massive amount of
better term. they were just sort of best friends with a romantic bint. there was another weird thing, her phone was full of texts between her and malik kearney that weren t on his phone. what a twisted story those texts would tell. coming up a tip from a complete stranger could blow the case wide open. we got rid of a gun. i think. i mean, do you get calls like this every day? this is pretty remarkable. i wish, but we don t. when dateline continues. load it up with a week s worth of groceries. take the kiddos out for ice cream. check that it has enough wiggle room in your garage. you get the time to make sure you love it. and on the 6th day, we ll reach out and make sure everything s amazing.
the air. so ineos team uk have a big problem to solve which is simulating their conditions and the hydrodynamic conditions on the hydrodynamic conditions on the yacht as it sailed through the yacht as it sailed through the water. an insane number of different scenarios. to simulate what happens when water strikes the hull of a yacht or when air hits the sale ofa yacht or when air hits the sale of a yacht, we pixelate those services. we put little square pixels all over that. , services. we put little square pixels all overthat. , on services. we put little square pixels all over that. , on each of those we do a bit of maths, we understand the temperature pressure and forces reacting there, then we estimate what will happen next and then how that cascades down the line to the next pixel and the next pixel. then we have an idea of what the boat will look like when it is in the water in race conditions. and the more detailed your simulation is, the more pixels you can break your boating i
all over that yacht. at each one of those pixels we do a little bit of math, we understand what the temperature pressure and forces are that are acting then we can work out what s going to happen next and then how that cascades down the line to the next pixel and the next pixel and the next pixel. and suddenly we have got an idea of what a real, living boat will look like when it is in the water in race conditions. and the more detailed your simulation is, the more pixels you can break your boat into, the more accurate your model becomes. but every single pixel is simulated by a different computer processor, which means you need a massive amount of computing. basically, you need to harness the power not of the wind but of the cloud. now the crew do get to test how the virtual designs handle. this simulator knows exactly how the current design will behave when under the control of a master sailor. so let s see how it goes with me. now i am sailing!