blackrectangle123
9987
24
2
Consider the pair of equations:
A + B + C + D = 1 + 2 + 3 + 4
A*B*C*D = 1*2*3*4
Find real-valued numbers (A,B,C,D) satisfying these equations. Since the system is underdetermined, there are many solutions. The program solves for (A,B,C,D) 6000 times and makes a scatter plot of (A,B), with (C,D) discarded due to the convenience of making a 2D plot. The video consists of hundreds of different sets of 6000 solutions. Since the solver is randomly initiated, each plot is slightly different from the others. In addition to the outer boundary curve of the solution space, there are three other lines that represent locations at which solutions are unusually likely to be found.
Owl2017
It's a really weird way of mathematically calculating my stroke differentials during 24 hour masturbation sessions but thank you for the algorithm
Adamorweirforcatchingfish
I don't understand the significance of writing out 1+2+3+4 instead of just writing 10
blackrectangle123
Fair enough. I had (A,B,C,D) = (1,2,3,4) in my head as the reference number set, so I preserved the individual numbers while writing it out.
risiblewilbury123456
also it wouldn't be clear the relation between the numbers if you just wrote =10 and =24