It can be done manually thinking off of past experience by extending curves until they intersect, trimming one with the other, then joining them, or doing a simple interpolation (think reading the coordinates all the way around in a circle). dat files–to the right of imported airfoil, should allow for that. Having a trailing edge curve project to a finite point–in the case of these. It’s by no means necessary as one can just grab the endpoints and join them with a line, though it could help in the case of how Rhino deals with generating blended section fillets which is to say that it has problems when the math isn’t correct. If that is not a lot to ask as a feature built into the code, it would be icing on the cake. That is fantastic, and has me thinking that I will start learning how to write these, because so many batch operations that I’ve done in the past to say, build out a wing and then slice it into intermediate wing sections, could be performed with some basic knowledege of the language (though that does take some of the fun out of modeling in Rhino).Īs far as any future features, it might be helpful to have the option to close the trailing edge on some of these sections. Thanks a lot for teaching me how to point Rhino at your script from within command line. Have a great day, and please let me know if I can contribute to your efforts in any manner. Feels a bit like starting over but much worth the learning curve to get everything consolidated onto one operating system. They played very well with Rhino 4 for Windows and that old script primarily generated stuff for hobby drones/UAVs with open source software X-Foil and an affordable program called Profili Pro. This includes a selection of high-lift sections as well as some very high-speed laminar sections for other uses. Need to check to see if it is outdated though. Edit: I found it (attached) coord_selig_fmt.zip (1.5 MB) I had augmented that really large Selig/Lednicer database with my own low Reynolds Numbers wing sections a few years ago. Looking forward to playing with the next iteration of your ImportAirfoilData.pyĪnd now I’m going to go dig around my Windows archives. You should see it autocomplete even after typing just the first couple of letters. That’s it, whenever you type the alias, the script will run. Do enclose the name in quotes if the filename has spaces in it, even if not, it will not harm to have them. Where ScriptFileName is the name of the file you just copied to the scripts folder. In Preferences>Aliases, create a new alias - call it anything you want- and in the right-hand path box next to the alias, copy and paste the following: For ease of use the next time, make a shortcut to the scripts folder on your desktop. This is a hidden folder, to navigate to it, press and hold the Alt key and pull down the “Go” menu, you will see “Library” - navigate to the Scripts folder along the above path from there. ~/Library/Application Support/McNeel/Rhinoceros/Scripts Here’s how to install a script in Mac Rhino and set it up to run from an alias:ĭownload the script file and move it to the following folder: As far as running it in Mac Rhino, the easiest way is via an alias.
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