I chose 1mm for my corner chamfer on the base, but you could make it any dimension including something imperceptible.

Yes that would have worked, I will try that next time. The last image is more or less what the Python code produced, but being able to do it in the GUI would be nice.

Greater power draw though; remember that energy is the integral of power over time.

On N cores, the power is N times greater and the time is N times smaller, so the energy is constant.

In reality, the scaling is never perfect, so the energy increases slightly when a program is run on more cores.

Nevertheless, as another poster has already written, if you have a deadline, then you can greatly decrease the power consumption by running on more cores.

To meet the deadline, you must either increase the clock frequency or increase the number of cores. The latter increases the consumed energy only very slightly, while the former increases the energy many times.

So for maximum energy efficiency, you have to first increase the number of cores up to the maximum, while using the lowest clock frequency. Only when this is not enough to reach the desired performance, you increase the clock frequency as little as possible.

You are welcome to join the conversation and try and convince everyone maintaining Wikipedia that random peoples' tweets should be considered a reliable source. Both those other people you mention have been mentioned multiple times in various reliable articles (see the bibliography), while the only thing I can find online about Ray Peat is something that looks a whole lot like blogspam on usnews.com.

For example, with unsuitable algorithms like sha256, you get this, which doesn't have a version field:

    import hashlib; print(f"MD5:      {hashlib.md5(b'password').hexdigest()}")
    print(f"SHA-256:  {hashlib.sha256(b'password').hexdigest()}")


    MD5:      5f4dcc3b5aa765d61d8327deb882cf99
    SHA-256:  5e884898da28047151d0e56f8dc6292773603d0d6aabbdd62a11ef721d1542d8

    import argon2; print(f"Argon2:   {argon2.PasswordHasher().hash('password')}")
    import bcrypt; print(f"bcrypt:   {bcrypt.hashpw(b'password', bcrypt.gensalt()).decode()}")
    from passlib.hash import scrypt; print(f"scrypt:   {scrypt.hash('password')}")


    Argon2:   $argon2id$v=19$m=65536,t=3,p=4$LZ/H9PWV2UV3YTgF3Ixrig$aXEtfkmdCMXX46a0ZiE0XjKABfJSgCHA4HmtlJzautU
    bcrypt:   $2b$12$xqsibRw1wikgk9qhce0CGO9G7k7j2nfpxCmmasmUoGX4Rt0B5umuG
    scrypt:   $scrypt$ln=16,r=8,p=1$/V8rpRTCmDOGcA5hjPFeCw$6N1e9QmxuwqbPJb4NjpGib5FxxILGoXmUX90lCXKXD4

    $ htpasswd -bnBC 10 "" password
    :$2y$10$Bh67PQAd4rqAkbFraTKZ/egfHdN392tyQ3I1U6VnjZhLoQLD3YzRe

> Industry Analyst, More Than Moore. Youtube Influencer and Educator.

Seems they're one example of the sad trend of people going from being experts and instead diving into "influencing" instead, which comes with a massive list of drawbacks.

https://archive.is/2022.02.18-161603/https://www.anandtech.c...

That's not what we have here, and that's not what the Trump tarrifs are perceived as internationally.

In Japan, there are already multiple apps which use something like this to verify user's age via the "my number card" + the smartphone's NFC reader.

It's more or less impossible to forge without stealing the government's private keys, or infiltrating the government and issuing a fraudulent card.

Of course, the US isn't a functioning state, the people don't trust it with their identity and security and would rather simply give all their information to private companies instead.

Does this also leak your identity to the app?

If you use the _digital_ MyNa card (e.g. the one in the Wallet.app; not the plastic one); the iOS SDK lets you only request the "is user more than XX years old" flag; without getting the actual identity: https://developer.apple.com/documentation/passkit/requesting...

Now, AFAICT nobody actually does this, but the technical ability is there.

https://www.youtube.com/@ScrapLabs3D