This is incredible! I really, really like this. It’s extremely well implemented, very clean, pleasant to use, and runs amazingly well. The zoom and translate functionality is so smooth and re-rendering is done without losing all of the old content. 10/10

which produces a rotation, and then making them both negative to get a hyperbolic field. Looks like as you change them, you can see the existing particles change in “mid-flight”. Btw, what we’re seeing here is essentially integral curves.

I’m not sure how creative we could get. It looks like by default it only does linear systems. Those have a nice complete solution in terms of the matrix exponential, which Smale’s ODE book first edition does a pretty good job of explaining (the 2nd edition just replaced all of that “boring” mathematics with Mathematica graphics.)

This is incredible! I really, really like this. It’s extremely well implemented, very clean, pleasant to use, and runs amazingly well. The zoom and translate functionality is so smooth and re-rendering is done without losing all of the old content. 10/10

The panning on mobile surprised me as it almost feels like native scroll.

Fun stuff.

I enjoyed doing

which produces a rotation, and then making them both negative to get a hyperbolic field. Looks like as you change them, you can see the existing particles change in “mid-flight”. Btw, what we’re seeing here is essentially integral curves.

I’m not sure how creative we could get. It looks like by default it only does linear systems. Those have a nice complete solution in terms of the matrix exponential, which Smale’s ODE book first edition does a pretty good job of explaining (the 2nd edition just replaced all of that “boring” mathematics with Mathematica graphics.)