msk-lywenn

This comment feels like it's been written 20 years ago. C# runs natively anywhere and this has been true for at least a decade.

I used that technique, works very nicely

A modeline is not like reprogramming a firmware or anything, it’s just settings on how to move the electron beam. I don’t know what I did, but it probably moved too far or something, It wouldn’t show anything else but brown

I did break a beautiful compaq 21" CRT by setting an unconventional modeline to play gradius in mame in its original resolution. It was glorious. But it dropped a big brown screen from time to time. Until I understood why/when it turned brown. But it was too late.

(2021)

What's wrong with Swift's LSP?

And supposedly, the compiler transforms the Arc in Rc or even removes it entirely if it can prove to be fine. I still did not check if there is a tool that tells you what was optimized and the reason why something wasn't.

Would you happen to have a breakdown on how to flash the gpu?

In some way, didn't Google become Alta Vista?

They advertise 45-100 viewers simultaneously. Is it really the same kind of tech? IIRC the 3DS worked for only one viewer and you'd better stay right in front of it if you didn't want to experience cross-eye.

I always click no and the websites do work. What do you mean?

Nothing wrong, just surprised

You mean current photoshop includes pascal code?

how does it fare against murmurhash?

edit: I did the work myself as I should have in the first place, although I'm tired.

  % cargo bench --bench throughput
   Compiling gxhash v3.1.1 (/Users/daniel/Developer/gxhash)
   Compiling fastmurmur3 v0.2.0
    Finished `bench` profile [optimized] target(s) in 1.03s
     Running benches/throughput/main.rs (target/release/ deps/throughput-c9580307c88ca541)
  gxhash
    | 4 > 3980.55
    | 8 > 7961.11
    | 16 > 15922.22
    | 32 > 17986.93
    | 64 > 25083.88
    | 128 > 24548.44
    | 256 > 32485.82
    | 512 > 40386.43
    | 1024 > 45980.96
    | 2048 > 49396.93
    | 4096 > 51314.47
    | 8192 > 52324.80
    | 16384 > 51536.52
    | 32768 > 52342.91
 
  murmur3
    | 4 > 547.33 
    | 8 > 910.5 1
    | 16 > 1752.21
    | 32 > 2676.02
    | 64 > 3552.02
    | 128 > 4045.35
    | 256 > 3975.75
    | 512 > 3748.31
    | 1024 > 3560.22
    | 2048 > 3439.41
    | 4096 > 3411.45
    | 8192 > 3389.27
    | 16384 > 3376.18
    | 32768 > 3379.46

This was maybe three four years ago. That might be it. I lack rDNS but I have everything else. Except for MTA-STS, I’ll check that out

You can’t. When my ISP switched me to CGNAT, I spent days upgrading everything to IPv6, only to discover that gmail didn’t even support it! (Mail Server to mail server, not the web app) I gave up, asked my ISP IPv4 back and, fortunately, got back a new IPv4. But I fear the day that option will disappear…

Not to be confused with 11on12 which runs direct3d 11 apps on d3d12

The source includes AngelScript. Is it actually used by the game?

This is aimed at desktop use. I guess it would be hard to mount if it was smaller than mini-ITX spec and/or wouldn't mount firmly on some/many desktop cases.

If I get this right, it's not extending the background tiles from 256 to 1024 but making them bigger. So you'd end up with 256 16x16 tiles rather than 8x8 one. It's super interesting but not as flexible as 1024 8x8 tiles. Hopefully you can make it someday!

No. But if the maintainer is burning out and doesn't have free time available for it, paying them so they can take time off to actually work on the thing is a nice way of fixing issues.

it's not (and I don't think it's supposed to)

Well the two vector coprocessors (vu0, vu1) each talking to a different processor (cpu or "gpu") was quite weird, imho.

I think you mean PS2 and PS3. Dreamcast was rather easy. One might even say, a dream to program for.

It's 7 pixels high, like most games on that platform, because it fits with the 8x8 tiling system (if you had the space between lines)

https://github.com/pret/pokered/blob/master/gfx/font/font.pn...

How?

Broke Studio, the publisher, is french. Morphcat Games, the developer whom this article is mostly about, is german.

I like how the article points out the token consumption at each step. Do we have an idea of how much energy is actually used by each token?

As you pointed out, it’s really not a problem. However, the article points out at the end the real interesting bit: cross building from any OS/arch.

With the phrasing of the article, I immediately thought it must have been something simple/dumb. I quickly thought MD5 so I looked at the magic numbers in the C code and looked them up on wikipedia. Then I noticed the four F G H I functions. Still I’m not sure it is (maybe it’s something common in hashes?) and I still don’t know what the change is