Here’s a fun piece of code. It does the same as the class Z rebaser, but while that one took 266 lines, this one does it in 25:
Here’s a fun piece of code. It does the same as the class Z rebaser, but while that one took 266 lines, this one does it in 25:
I spent more time looking at cubic equations and plots of their roots than the quadratic ones as they looked far more interesting. So what does a plot of millions of roots to cubic equations look like? They look like…
This is something relatively unexplored in Mathematics, plotting the roots of polynomials. Not that it hasn’t been done before, I got the idea after seeing this and I’ve seen it about once elsewhere but that’s about it.
A few days ago I got to see a rainbow; not just any rainbow, but a supernumerary rainbow.
A break from numbers and code and such! So here’s some various pictures!
Here is my class R rebaser. I’ve named it such as it can handle real numbers, both as bases and as inputs. If you only ever intend to use integers for both bases and inputs, it’s better to use the…
So far, these are number bases I have covered: So now that both positive and negative bases have been covered, we’re done right? Well not quite.
Recently I got an attachment for my camera (an intervalometer, cameras have way too many accessories) that lets me set how often the camera takes a picture, how many times it can take a picture and so on. After some…
As I sailed out into the sea of number bases, I learned how to do positive integer bases, then negative integer bases, then finally positive real number bases. But when I started to go for negative real numbers bases the…