This is super cool! I really enjoyed reading the writeup in the notebook also.
Is there any plan to integrate the visualization with the pareto front given by ensmallen? It would be cool if I could, e.g., click a solution on the 3D pareto front and then update the visualization to use those resulting parameters. I am not sure how easy or realistic that is, though. :) Maybe something like "click to pick a new random point on the pareto front" could be easier? Also a couple little grammar/writing issues I found... I think in "The Achilles Heel" section you mean "the flames would sway uncontrollably", not "the flames would sway controllably". Also, in the Background, at least in my experience "D-day" typically refers to the Allied landing at Normandy in 1944; I haven't heard it used to refer to other events. And just one more, I think the Rocketdyne design of the F-1 started prior to June 1962, but the background seems to imply that they started designing it then (but that is a pedantic point!). Overall I really enjoyed reading through the example. :) On Sat, Jul 24, 2021 at 12:19:46AM +0530, sai_ng wrote: > Some updates on Visualizer. The objective function simulation is also done! > See this Visualizer by FieryBlade (itch.io) > <https://fieryblade.itch.io/busteringaaz>. The blog is about 90% done, so > expect that soon :). I'm currently working on SoS kernel integration to use > bokeh as our plotting agent. > > S > > On Mon, Jul 19, 2021 at 9:49 PM sai_ng <[email protected]> wrote: > > > Oh, snap! I totally forgot. The particle simulation has been a success! > > I've uploaded a WebGL based animation in itch.io > > <https://znat.itch.io/busteringaaz>. Next is the combustion simulation. > > > > > > S > > > > On Mon, Jul 19, 2021 at 9:45 PM sai_ng <[email protected]> wrote: > > > >> Hi again > >> > >> Great insights, I'll add some more detail. For the curious, the paper > >> used CFD based simulation with multiple trial-and-error to get those > >> coefficients relating objective function to design variable. Again, I > >> encourage you to drop in a review or two in the future PR for the notebook. > >> > >> Reg those other articles, I found them interesting but the notebook will > >> get too verbose. I'll do something about them in my blog though :). Fun > >> fact: Sirisha Bandla's hometown,Guntur, isn't very far from mine (like 8 > >> hours or so). > >> > >> S > >> > >> > >> > >> On Mon, Jul 19, 2021 at 8:22 PM Benson Muite <[email protected]> > >> wrote: > >> > >>> Hi Sai, > >>> > >>> It is not immediately clear where the optimization equations come from, > >>> you give references which are great, but may want to see if some of them > >>> explain how the resulting equations are derived from more complicated > >>> models. Probably a few sentences on this are helpful, typically for > >>> studying instabilities, people solve combustion equations that include > >>> fluid mechanics and chemical reactions. A full explanation would > >>> probably take more space than is available, but a few hints would be > >>> helpful. > >>> > >>> Probably also interesting: > >>> > >>> https://en.wikipedia.org/wiki/Indian_Space_Research_Organisation#Launch_vehicles > >>> > >>> Maybe also relevant in the billionaire space race: > >>> > >>> https://www.gulftoday.ae/news/2021/07/19/india-born-woman-helps-design-rocket-that-takes-jeff-bezos-to-space-tomorrow > >>> > >>> Regards, > >>> Benson > >>> > >>> On 7/19/21 5:21 PM, sai_ng wrote: > >>> > Hello Benson > >>> > > >>> > About the background, I suppose you're talking of the "Framing the > >>> > problem" section? The notebook is in alpha stage, I'll be making a > >>> > series of PR to improve it, you could directly review it on the pull > >>> > request :) > >>> > > >>> > Thanks for the link for combustion instability, I will add that as a > >>> > hyperlink reference in the notebook. About the Soyuz model, currently, > >>> > we're only simulating the injector design of a typical rocket agnostic > >>> > of F-1 engine or in this case Soyuz model. This will keep things very > >>> > simple. > >>> > > >>> > Hope I answered your queries. > >>> > > >>> > S > >>> > > >>> > >> > _______________________________________________ > mlpack mailing list > [email protected] > http://knife.lugatgt.org/cgi-bin/mailman/listinfo/mlpack -- Ryan Curtin | "Rock-and-rollers don't bathe." [email protected] | - Sneed _______________________________________________ mlpack mailing list [email protected] http://knife.lugatgt.org/cgi-bin/mailman/listinfo/mlpack
