I've always found magrittr mildly hilarious. R has vestigial Lisp DNA, but somehow the R implementation of pipes was incredibly long, complex and produced stack traces, so it moved to a native C implementation, which nevertheless has to manipulate the SEXPs that secretly underlie the language. Compared to something like Clojure's threading macros it's wild how much work is needed.
R, specifically tidyverse, has a special place in my heart. Tidy principles makes data analysis easy to read and easy to use new functions, since there are standards that must be met to call a function "tidy."
Recently I started using Nushell, which feels very similar.
I would assume, that most languages do that, or alternatively have a compiler, that is smart enough to ensure there is no actual overhead in the compiled code.
R + tidyverse is the gold standard for working with data quickly in a readable and maintainable way, IMO. It's just absolutely seamless. Shoutout to tidyverts (https://tidyverts.org/) for working with time series, too
Learn how I used money from my retirement account to buy 32 ETH and set up a solo Ethereum validator node (a server that helps run the Ethereum blockchain and earns an ETH reward for that work).
How much are you planning on getting per year as reward for staking? Enough to hopefully get another 32 ETH, from what you say in the article, so doubling your money at some point.
Good question. Rewards vary because: “Ethereum staking APR is mainly affected by the number of active validators that dilute staking rewards and by the network activity paying out more or less transaction fees, priority tips, and through MEV opportunities created.“
That quote is from this site:
https://www.kiln.fi/post/pos-ethereum-staking-rewards-a-deep...
But, if I were to assume a rate of 4%, compounding monthly, for 20 years. 32 could turn into 71. I got that number using this calculator:
Interesting. Instead of just using shades or green and blue, would you consider displaying numerical values too? I was confused about how close the tiles were to flipping to my color.
37-13! Thinking about it a bit, I realize the main uncertainty is which parts are "in danger" - which will switch color or "hardness" next turn with no influence?
Trying to find more info about the creators. Looks like there is a Delaware Corp but no officers publicly listed. Hmmm. Anyone else know where to learn more about the creators?
Symbolic computation deals with the computation of mathematical objects symbolically. This means that the mathematical objects are represented exactly, not approximately, and mathematical expressions with unevaluated variables are left in symbolic form.