I am skeptical about there is such "people that know what they are doing", nor would I trust such a claims. But with little twist I think I could onboard the idea with, "people who aim for analytical and open approach and reports". Thus opening the decision making under post analysis and future improvements so research body of knowledge would eventually turn the tide.
I haven't installed or used windows much for last decade, but still I'm bit a shamed that each time I install Linux on some computer I live existing windows drive untouched and available for backup in case I need it for some reason.
Great work - looks like building block towards 3d-model composition integration testing. I have been looking for a solution that would allow testing component fit into surrounding components. My use-case would be to create parametric boat hull and then add components to that could be tested for fitness in the arrangement.
I have started learning cuelang and there was nice webinar style video where the GitHub policies where defined as code and deployed with terraform. I immediately thought that such thing would be very valuable at auditing.
Last summer we motored ~10% of the miles.That includes full day leg when there was practically no wind and few hours occasionally with combined powering. Working towards less or fractional oil based power can have significant benefits.
They likely can but with reduced changes for being optimal. Sails, keel and rudder should be balanced so that adjusted sails cause minimal pivoting force to mitigate with the rudder. Also the supports below the mast and plates for the stays likely need planning to allow sufficient structure without limiting the working angles of boom too much.
I haven't installed or used windows much for last decade, but still I'm bit a shamed that each time I install Linux on some computer I live existing windows drive untouched and available for backup in case I need it for some reason.