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#venn — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #venn, aggregated by home.social.

  1. Oldtimer gestohlen in Mönchengladbach – Porsche 912 weg

    Unbekannte haben am Donnerstag, 7. Mai, einen schwarzen Porsche 912 am Stefan-Zweig-Weg in Venn entwendet. Das teilt die…
    #Moenchengladbach #Deutschland #Deutsch #DE #Schlagzeilen #Headlines #Nachrichten #News #Europe #Europa #EU #Mönchengladbach #4.10 #912 #abgestellt #Diebstahl #Garage #Germany #Nordrhein-Westfalen #Oldtimer #Porsche #Uhr #Unbekannte #Venn
    europesays.com/de/1001389/

  2. An important #Venn diagram about #toxicity and #toxic people, from "How to give zero fucks"

  3. @VeroniqueB99 this is hilarious :awesome: :blobimfine:

    #alttext "#Venn diagram illustrating the overlap in phrases used for three different scenarios: starting a fight, petting a dog, and consoling a child.
    "You wanna go outside?" can be used for starting a fight or petting a dog.
    "You want your mommy?" can be used for starting a fight or consoling a child.
    "Shh, it's okay" can be used for petting a dog or consoling a child.
    The phrase "Hey #buddy" can be used in all three situations."

  4. @the_etrain

    It could be argued that these subjects could also have been options. 😉

    #Venn #VennDiagram #rock

  5. This post is probably only for the intersection of the #Venn diagram with circles labelled "#guitar player" and "#electronics hobbyist". I'm not on fora like #diystompboxes and such, so here it will have to be.

    Like many others, I've built delay / echo #pedals / circuits using the ubiquitous #PT2399 digital delay IC. They're dirt cheap and simple to use. But the lowest delay period you can use them for is too long for some things, like #flanger / #phaser effects, or even some types of #chorus effects.

    But I haven't seen much discussion of alternatives. I've been playing around with one I've built using the #M65831 digital #delay chip. It's not quite as cheap as the PT2399, but you don't have to look very hard to be able to get them for a couple of bucks (Canadian). But it seems to be so much better in this application.

    First, it's designed and documented so that you can use a crystal to set its clock OR drive it directly with a CMOS-type square wave. No fiddling with drain currents and on-reset latchup problems.

    Secondly, it sounds (to my ear) far better than the PT2399. The #datasheets I have for the PT2399 don't state a sampling rate; the M65831 uses 500 ksamples/s for lower delay times.

    Thirdly, the range of delay available is larger. The shortest documented for PT2399 is ~31ms. For the M65831, it's 12.3ms using the default clock of 2 MHz. But the one sample I've tried is happy to run at 6 #MHz, for a delay of ~4ms. That's short enough for #flanging!

    1/2

  6. This post is probably only for the intersection of the #Venn diagram with circles labelled "#guitar player" and "#electronics hobbyist". I'm not on fora like #diystompboxes and such, so here it will have to be.

    Like many others, I've built delay / echo #pedals / circuits using the ubiquitous #PT2399 digital delay IC. They're dirt cheap and simple to use. But the lowest delay period you can use them for is too long for some things, like #flanger / #phaser effects, or even some types of #chorus effects.

    But I haven't seen much discussion of alternatives. I've been playing around with one I've built using the #M65831 digital #delay chip. It's not quite as cheap as the PT2399, but you don't have to look very hard to be able to get them for a couple of bucks (Canadian). But it seems to be so much better in this application.

    First, it's designed and documented so that you can use a crystal to set its clock OR drive it directly with a CMOS-type square wave. No fiddling with drain currents and on-reset latchup problems.

    Secondly, it sounds (to my ear) far better than the PT2399. The #datasheets I have for the PT2399 don't state a sampling rate; the M65831 uses 500 ksamples/s for lower delay times.

    Thirdly, the range of delay available is larger. The shortest documented for PT2399 is ~31ms. For the M65831, it's 12.3ms using the default clock of 2 MHz. But the one sample I've tried is happy to run at 6 #MHz, for a delay of ~4ms. That's short enough for #flanging!

    1/2

  7. This post is probably only for the intersection of the #Venn diagram with circles labelled "#guitar player" and "#electronics hobbyist". I'm not on fora like #diystompboxes and such, so here it will have to be.

    Like many others, I've built delay / echo #pedals / circuits using the ubiquitous #PT2399 digital delay IC. They're dirt cheap and simple to use. But the lowest delay period you can use them for is too long for some things, like #flanger / #phaser effects, or even some types of #chorus effects.

    But I haven't seen much discussion of alternatives. I've been playing around with one I've built using the #M65831 digital #delay chip. It's not quite as cheap as the PT2399, but you don't have to look very hard to be able to get them for a couple of bucks (Canadian). But it seems to be so much better in this application.

    First, it's designed and documented so that you can use a crystal to set its clock OR drive it directly with a CMOS-type square wave. No fiddling with drain currents and on-reset latchup problems.

    Secondly, it sounds (to my ear) far better than the PT2399. The #datasheets I have for the PT2399 don't state a sampling rate; the M65831 uses 500 ksamples/s for lower delay times.

    Thirdly, the range of delay available is larger. The shortest documented for PT2399 is ~31ms. For the M65831, it's 12.3ms using the default clock of 2 MHz. But the one sample I've tried is happy to run at 6 #MHz, for a delay of ~4ms. That's short enough for #flanging!

    1/2

  8. This post is probably only for the intersection of the #Venn diagram with circles labelled "#guitar player" and "#electronics hobbyist". I'm not on fora like #diystompboxes and such, so here it will have to be.

    Like many others, I've built delay / echo #pedals / circuits using the ubiquitous #PT2399 digital delay IC. They're dirt cheap and simple to use. But the lowest delay period you can use them for is too long for some things, like #flanger / #phaser effects, or even some types of #chorus effects.

    But I haven't seen much discussion of alternatives. I've been playing around with one I've built using the #M65831 digital #delay chip. It's not quite as cheap as the PT2399, but you don't have to look very hard to be able to get them for a couple of bucks (Canadian). But it seems to be so much better in this application.

    First, it's designed and documented so that you can use a crystal to set its clock OR drive it directly with a CMOS-type square wave. No fiddling with drain currents and on-reset latchup problems.

    Secondly, it sounds (to my ear) far better than the PT2399. The #datasheets I have for the PT2399 don't state a sampling rate; the M65831 uses 500 ksamples/s for lower delay times.

    Thirdly, the range of delay available is larger. The shortest documented for PT2399 is ~31ms. For the M65831, it's 12.3ms using the default clock of 2 MHz. But the one sample I've tried is happy to run at 6 #MHz, for a delay of ~4ms. That's short enough for #flanging!

    1/2

  9. This post is probably only for the intersection of the #Venn diagram with circles labelled "#guitar player" and "#electronics hobbyist". I'm not on fora like #diystompboxes and such, so here it will have to be.

    Like many others, I've built delay / echo #pedals / circuits using the ubiquitous #PT2399 digital delay IC. They're dirt cheap and simple to use. But the lowest delay period you can use them for is too long for some things, like #flanger / #phaser effects, or even some types of #chorus effects.

    But I haven't seen much discussion of alternatives. I've been playing around with one I've built using the #M65831 digital #delay chip. It's not quite as cheap as the PT2399, but you don't have to look very hard to be able to get them for a couple of bucks (Canadian). But it seems to be so much better in this application.

    First, it's designed and documented so that you can use a crystal to set its clock OR drive it directly with a CMOS-type square wave. No fiddling with drain currents and on-reset latchup problems.

    Secondly, it sounds (to my ear) far better than the PT2399. The #datasheets I have for the PT2399 don't state a sampling rate; the M65831 uses 500 ksamples/s for lower delay times.

    Thirdly, the range of delay available is larger. The shortest documented for PT2399 is ~31ms. For the M65831, it's 12.3ms using the default clock of 2 MHz. But the one sample I've tried is happy to run at 6 #MHz, for a delay of ~4ms. That's short enough for #flanging!

    1/2

  10. This will be slightly #geeky, and probably only of interest to #electronics hobbyists and #guitar players. I happen to sit in the intersection of that particular #Venn diagram.

    When I was a teenager, having only been playing guitar for a few years, I owned a guitar #effects pedal that went on to become legendary - the Boss HM-2 "Heavy Metal" #pedal. Its sound is still ubiquitous in metal.

    I don't have it any more. I think I traded it for an analog chorus, which was a seriously expensive pedal back then. Although I have other #distortion effects, I've missed it a lot over the years.

    Well, lots of hobbyists build their own effects. And the circuit schematics for many effects, particularly the classics, are available online. So like many others, I decided to build my own HM-2.

    This image is the schematic for the #HM2. It's not the most complicated pedal, but it's a league above something like an Ibanez Tube Screamer. As far as active devices go, it's got 6 #opamps and 10 #transistors of various types, along with a bunch of diodes for multiple types and stages of clipping, and the usual jumble of capacitors and resistors. Oh, and four potentiometers.

    1/x

    #EffectPedal #HeavyMetal #pedals #metal #DIY #schematic #circuit #hobby #OperationalAmplifier #TubeScreamer

  11. New comiCSS cartoon: Summer at the
    comicss.art/comics/196/

    I shared the coding process the other day, here's the cartoon move on the site.

    #css #venn #comic

  12. This Venn diagram-inspired AI image generator is strangely satisfying via Creative Bloq [Shared]

    There are already more AI image generators than the world could possibly ever need, even if AI art does become the norm. But that's not stopping people from experimenting with new ways to present them.

    Many AI image generators let you request a particular artistic style or combine several to influence the look of the image you want to generate. Super Random Studio has come up with a clever UI design to allow styles to be quickly changed and compared along with environments.

    welchwrite.com/blog/2025/05/08

    #ai #image #generator #software #web #venn #diagram #shared

    @altbot

  13. @USBTypeSteve @briankrebs i would say no you need to keep it all together for context - range of inappropriateness is a metric you want to have, not discard unless personal or just abject atavistic? i mean where do you draw the line? i say keep it more abstract - it is just more data but you really want the context too #gestalt #venn and vector db

  14. #Diagrams help us when it comes to #illustratingMath. A recent @nature article looks at the history of #venn diagrams and how they blend logic with geometry. Find the full article here: scientificamerican.com/article. Do you have a favorite (Venn) diagram?

  15. Manchmal denke ich, dass ich besser doch keine Werbung in meinem verbliebenen Facebook Profil für Mastodon mehr mache. Einige Leute möchte ich lieber dort zurücklassen.
    Mein #Venn-Diagramm wurde direkt geklaut und selbst gepostet. Von einem „Freund“.

  16. Das ist euch doch auch schon mal aufgefallen, oder?
    #venn #venndiagramm

  17. Note that very few instances of "joke audience Venn diagram" that have a circle labelled "unicode nerd" have a significantly-sized intersectional area.

    #joke #Venn #VennDiagram

  18. Venn, a network hoping to be gaming’s answer to MTV, raises $26 million - VENN , the streaming network hoping to be gaming culture’s answer to MTV, has raised $26 million to ... - feedproxy.google.com/~r/Techcr #nationalbasketballassociation #internettelevision #streamingservices #unitedstates #draftkings #television #alienware #companies #samsung #adidas #viacom #vizio #plex #roku #venn #xumo #nba #tc