This might be my only use for it. I use it exactly twice a day for bloom and steep for French press.
But it does that quite well.
809 karma · joined October 4, 2016
But it does that quite well.
I was interested until this bit, and it is a shame. Not the developers issue, but man that's frustrating.
If a prompt returned the most perfect song, I would still not care to listen as that to me has completely divorced any human element that I would be interested in. Would not find it to be inspiring nor aspirational no matter how "good" it sounded so the models themselves could get exponentially better, but the manner in which it was created will prevent me from ever listening or caring about. It will always be hollow and lifeless.
Again, this is personal preference. If it makes others happy, that's great. In other many other mediums, I'm probably fine with that reduction in human-ness (where others may not be).
Hah, and nothing too deep aside from listening to some OSTs recently, being winter, and overall just struck a chord.
But it’s very nice to easily able to extend or modify to fit your workflow. I’m just curious what people are getting out of zed that seems like vim has available.
Quick install on any platform and just works. And obviously plenty of configuration that’s available to you but if you haven’t I’d give that a go.
Now if you’re into playing musical instruments, hacking together a little project, or want to workout together or perhaps play a board game that’ll be much more plausible!
This was all true before parenthood, but much more enforced now. I think this is why parents often remain or develop friendships with friends and who end up having kids in the same activities.
It goes beyond just plotting notes there are options to show scales using intervals, roots, note names, etc., plus a chord mode that highlights triads, voicings, and inversions. I’ve found it useful for routine practice start the built-in metronome, pick a voicing or scale pattern, and run through it in time.
There are also pages covering theory topics like modes and progressions, but the fretboard’s the main draw. It’s something I built for myself and figured others might get some use out of too. I plan to keep adding to it as I think of more things I want to reference probably adding support for additional strings or tunings next?
The other solves a very specific problem (mostly out of laziness) I do most of my playing using the standalone Neural DSP application on Windows, but I don’t really want to do any mixing in it. So I built a dead simple recording application [2] that doesn’t require firing up a DAW, but still offers a decent UX. It lets me quickly capture riffs and ideas, and later I can just send them to my Mac for mixing if anything seems promising. Haven’t shipped it yet, but I’ve been using it daily and having some friends try it out.
I probably would be happy paying a service I could drop a riff into and get decent drum track that goes with it. Even more would be while recording or playing it modifies and adapts, it can be recorded and clipped. Something that fits a clean workflow. If anyone makes this please don't make it such a pain as most VSTs and plugin systems where there are like 4 different installers and licensing software layers.
Other than that I do appreciate the reader settings and this is one of the better ones. Most are just readers — this allows logging in.
Another thing, editing of comments is a bit odd. It said a comment was updated but wasn’t? Logged into the site and didn’t see the change.
Nicely done.
Other than that sharpen guitar skills, linear algebra, and as a rubyist thinking about doing something in elixir. But we will see how the time allotment goes with an infant part of the program now.
Weird returning to Firefox, but I did and there is nothing in chrome I miss.
This visually does look great, but a login required for a local terminal is a deal breaker for me.
VSCode complains and I’ve got to hardcode an alternative absolute path gemfile for Shopify’s LSP to work. It also feels clunkier, even on powerful machines.
If Zed can give parity with Sublime on the references (I just tried and it did not seem to find any references when clearly bars was there) might be an interesting change. Considering it’s open source now I’d happily switch as it does seems super quick.
I might also be old-man yells at cloud and the copilot integration doesn’t appear important yet, but current sublime support is pretty poor for it and seems like that’ll be a thing more and more.
Other than that, I have vim mode and a few other things, but not much. Themed it to match the rest of my setup and terminal, it feels like an easy extension to the workflow. I have a few folders broken out for commands and constants I like to refer back to (and can search for!) Maybe a neat one-liner. Plenty of code snippets.
Here is to hoping this doesn’t change. Keep it up dang.
ruby -e:
This command tells the system to execute the following Ruby code.
C=`stty size`.scan(/\d+/)[1].to_i This part gets the size of the terminal window. stty size returns the dimensions of the terminal (rows and columns) .scan(/\d+/) extracts the numbers from this output, and[1] gets the second number, which represents the number of columns and then to_i converts this number to an integer. The result is stored in the variable C.
S=["2743".to_i(16)].pack("U*") This line creates the snowflake character. "2743".to_i(16) converts the hexadecimal number 2743 (which represents the Unicode code point for a snowflake) into an integer, and .pack("U*") converts this integer into a UTF-8 character.
a={} Initializes an empty hash a. This hash will keep track of the position of each snowflake.
puts "\033[2J" This ANSI escape code clears the terminal screen.
loop{...} An infinite loop to keep the animation going.
Inside the loop.
a[rand(C)]=0 Randomly places a new snowflake in the top row at a random column.
a.each{|x,o|;...} Iterates over each snowflake.
Inside the iteration.
a[x]+=1 Moves the snowflake down one row. print "\033[#{o};#{x}H \033[#{a[x]};#{x}H#{S} \033[0;0H" This part uses ANSI escape codes to move the cursor and draw the snowflakes. It moves the cursor to the old position of the snowflake, prints a space (to erase the old snowflake), then moves to the new position and prints the snowflake character. $stdout.flush Flushes the standard output buffer, ensuring that all output is displayed immediately. sleep 0.1 Pauses the loop for a short time (0.1 seconds) to control the speed of the animation.
Haven’t found the most elegant way. Probably the path of least resistance is getting a separate router and connect the devices AppleTV, firestick, etc to that. But then you’re going to be constantly swapping networks if you wanted to use a different app with location.
But even that feels weird because you’re paying monthly for a smart dns service just to appear in a different geolocation. There has to be a better way.