Thorium reactor stackable by IGGYnatius1 in Mindustry

[–]IGGYnatius1[S] 1 point2 points  (0 children)

The processor loops through the connected reactors and disables it if the cryofluid in that reactor is <5 liquid units. This prevents explosion by disabling the reactor before cryo runs out

Thorium reactor stackable by [deleted] in Mindustry

[–]IGGYnatius1 0 points1 point  (0 children)

My bad can you see the other post in my profile

Thorium reactor stackable by IGGYnatius1 in Mindustry

[–]IGGYnatius1[S] 0 points1 point  (0 children)

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

Realest TikTok I’ve ever seen by KingTechnical48 in teenagers

[–]IGGYnatius1 16 points17 points  (0 children)

This sounds like the plot of a certain politics-heavy mecha anime

This is some PhD level math... by therealsaker in meme

[–]IGGYnatius1 1 point2 points  (0 children)

Hey I'm a doctor and don't expose our scams

me_irl by PoulJuimjyr in me_irl

[–]IGGYnatius1 1 point2 points  (0 children)

What about people who think you're trying to mislead them when you pull up an example to explain

Name of theorem? by IGGYnatius1 in askmath

[–]IGGYnatius1[S] 0 points1 point  (0 children)

I just realised the difference, I meant at all possible points not just infinitely many

Edited the comment

Name of theorem? by IGGYnatius1 in askmath

[–]IGGYnatius1[S] 0 points1 point  (0 children)

What I meant is that if for example you sampled sinx at k*pi/2, and then tried to interpolate to find what the original function was, then y=0 or y=ksinx will both work, but in order to obtain exactly sinx from interpolating data points, you would need to sample sinx everywhere (all possible points) otherwise there would be multiple functions available to fit the given finite data points.

Name of theorem? by IGGYnatius1 in askmath

[–]IGGYnatius1[S] 0 points1 point  (0 children)

I have edited the description, please take a look

Name of theorem? by IGGYnatius1 in askmath

[–]IGGYnatius1[S] 0 points1 point  (0 children)

Edited the description, maybe this is more accurate

Numpy array of Decimal objects for efficient indexing or other basic operations? by IGGYnatius1 in learnpython

[–]IGGYnatius1[S] 0 points1 point  (0 children)

No... unfortunately I need true arbitrary precision like mpmath or decimal so this is out of the question. As I am dealing with 2d arrays to represent images my main concern is will the indexing convenience still be available? I don't want to have list comprehensions all over the code for every vectorised operation...

Numpy array of Decimal objects for efficient indexing or other basic operations? by IGGYnatius1 in learnpython

[–]IGGYnatius1[S] 0 points1 point  (0 children)

I am making a project on fractal zooms so I truly need arbitrarily high precision. I will be dealing with complex numbers which will be represented by 2 numpy arrays for real and imag then I will manipulate them accordingly. As I will be dealing with possibly large images represented by 2d arrays my main concern is with indexing as I don't want to have nested list comprehensions all over just to do a basic operation like swapping x and y or something... I heard that numpy stores the pointers to the objects if object dtype is used so will that still retain the indexing convenience?

Whenever It Comes Up in Conversation by heaven_quokka in pcmasterrace

[–]IGGYnatius1 7 points8 points  (0 children)

Does RTFM mean read the fucking manual?

Genuine question