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If you ever visit Taliesin in Wisconsin (which has a pretty bland), you should also visit the nearby House on the Rock which is a fascinating and very weird collection of esoteric and kitschy items.

The contrast in attitudes and aesthetics between the two is incredibly stark, and it's very interesting to see the reactions of visitors to each location.


This is, by far, one of the weirdest places I've ever visited. Tonal whiplash is an understatement.

The 88k multi-chip cache/MMU architecture is fascinating, especially how it could be designed with a single cache chip, or a split I/D cache across two or more different chips.

The 99xx chips have two CPU dies, and one cache die is on each CPU die.

The 3D V-Cache sits underneath only one of the CCDs. See https://en.wikipedia.org/wiki/Ryzen#Ryzen_9000.

That's what's different about this one. "Enter the Ryzen 9 9950X3D2 Dual Edition, a mouthful of a chip that includes 64MB of 3D V-Cache on both processor dies, without the hybrid arrangement that has defined the other chips up until now."

Did you forget which thread we are on?

Oh heh, I thought they were asking about the X3D. My bad ><.



Seeing what China next door has done with solar and batteries, I wonder if they'll do an electric end-run around oil, similarly to some places in Africa.


There are another ~3k devices on the OpenWRT table of hardware that would fall into this category: https://toh.openwrt.org/


This is "Open Hardware" which usually means open PCB or chip schematics, so people can modify or extend the board. OpenWRT is "Open Software that runs on closed hardware".

After checking a couple, Kind of seems like a lot of boards on this "open hardware" list might not actually be open hardware?

Here's an example of what open hardware is supposed to be: https://github.com/greatscottgadgets/ubertooth/tree/master/h...


by open, we mean that you can flash your own firmware. - but yes, we will need to check manualy each device/board or improve the Claude Opus prompt to make sure that it's doing a very good research when extracting these devices


Yeah, that OnePlus phone is defo the very opposite of open hardware...


If one's looking for an actual open hardware smartphone: https://source.puri.sm/Librem5/hw/l5-schematic


Given that a large portion of the population has a HD or higher quality camera in their pocket most of the time these days, most cryptid style conspiracies seem pretty well debunked at this point.


Mandatory XKCD.[1]

[1] https://xkcd.com/1235/


If the phenomenon is itself intelligent..


The cost to make a digital copy from film stock has gone way down, to the point that fan groups [1][2] frequently encode and clean up old copies of film:

[1]: https://www.thestarwarstrilogy.com/project-4k77/ [2]: https://www.youtube.com/c/kinekovideo

This of course has various IP implications...


I fake a tiling window manager on Mac with Hammerspoon, resizing to fit in specific corners/sizes:

     -- resize based on ratios
    function ratioResize(xr, yr, wr, hr)
      return function ()
        local win = hs.window.focusedWindow()
        win:moveToUnit({x=xr,y=yr,w=wr,h=hr})
      end
    end

    -- 4 corners, different sizes
    hs.hotkey.bind({"cmd", "ctrl"}, "w", ratioResize(0,     0, 2/5, 2/3))
    hs.hotkey.bind({"cmd", "ctrl"}, "e", ratioResize(2/5,   0, 3/5, 2/3))
    hs.hotkey.bind({"cmd", "ctrl"}, "s", ratioResize(0,   2/3, 2/5, 1/3))
    hs.hotkey.bind({"cmd", "ctrl"}, "d", ratioResize(2/5, 2/3, 3/5, 1/3))
And to throw windows to other monitors:

    -- send to next screen
    hs.hotkey.bind({"cmd", "ctrl"}, ";", function()
      local win = hs.window.focusedWindow()
      local screen = win:screen()
      local next_screen = screen:next()

      win:moveToScreen(next_screen)
    end)


I highly recommend Aerospace[1], went through a few approaches, I cared about not completely compromising security either, it works really well if you come from something like i3

1. https://github.com/nikitabobko/AeroSpace


Seconding this. I find MacOS unusable without it. I'll ask here because websearch is failing me: is there a way to fix the focus stealing that happens when you have multiple windows of an application on different displays? Specifically, say workspace 1 and 2 are on monitor Left, while 3 and 4 are on Right. Application A has a window on workspace 1, B has one window on 2 and another on 3, and C has a window on 4. Workspace 1 is active on display Left, workspace 4 is active on Right. If I switch to workspace 3 the following happens:

- the switch goes through, Left displays workspace 1, right displays 3 (desired state)

- Application B is focused, presumably because its window on 3 becomes active (also desired)

- Display Left switches to display workspace 2, presumably because it contains a window belonging to the newly focused application B? (I don't want this)

- the window of application B on workspace 2 steals focus from the one on workspace 3 (???)


Thirding the recommendation, and I also have this same issue. It's quite frustrating—but still better than no Aerospace!


So what you’re saying is:

Charlie's paternal grandfather Reginald married twice—first to Mildred, mother of Charlie's father Arthur and his siblings Beatrice (a nun with spiritual godchildren) and Cecil (whose widow Dorothy married Charlie's maternal uncle Edward). What is the name of Charlie's goddaughter?


I use it similarly, but I add spots for side x side as well as left, center, right. I only use Hammerspoon for this and a couple tiny things, but it's completely worth it for this alone. Use math to specify window sizes & location. Insanity.

  local mode = hs.screen.primaryScreen():currentMode()
  local mods = {"ctrl", "alt", "cmd"}  -- mash those keys
  
  -- regular app windows
  do
    local w   = 1094  -- no clip on GitHub, HN
    local h   = 1122  -- tallish
    local x_1 =    0                               -- left edge
    local x_2 = math.max(0, (mode.w - w - w) / 2)  -- left middle
    local x_3 =             (mode.w - w) / 2       -- middle
    local x_4 = math.min(mode.w - w, x_2 + w + 1)  -- right middle
    local x_5 =          mode.w - w                -- right edge
    local y   =   23  -- top of screen below menu bar
  
    hs.hotkey.bind(mods, "2", function() move_win(  0, y, mode.w, mode.h) end)  -- max
  
    hs.hotkey.bind(mods, "3", function() move_win(x_1, y, w, h) end)
    hs.hotkey.bind(mods, "4", function() move_win(x_2, y, w, h) end)
    hs.hotkey.bind(mods, "5", function() move_win(x_3, y, w, h) end)
    hs.hotkey.bind(mods, "6", function() move_win(x_4, y, w, h) end)
    hs.hotkey.bind(mods, "7", function() move_win(x_5, y, w, h) end)
  end
  
  function move_win(x, y, w, h)
    hs.window.focusedWindow():setFrame(hs.geometry.rect(x, y, w, h))
  end


https://github.com/peterklijn/hammerspoon-shiftit

I use ShiftIt (a lovely project, but dead) reimplemented in Hammerspoon. It is very comprehensive.


I do this too, really happy with my setup - I use hyper+arrow keys to move windows around a monitor (split in thirds on 40”+ or halves on the built-in screen), or jump to another monitor, and hyper+enter to fullscreen. When you push against an edge in full screen it reduces the window size in stages, it all feels natural.


I like the miro windows manager plugin: https://github.com/miromannino/miro-windows-manager

It's nice to be able to iterate through the halves/thirds configurations for different cases.


Moom is really the best


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