Creating Unique Graphs By Rounding Trig Functions to Integers (Livestream)

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[I need to get an updated link to the Discord which I accidentally logged out of a while ago and haven't been on recently. I'll add that back to my video descriptions soon].

Combo Class, taught by me (Domotro), is a crazy educational show where you can have fun learning rare things about math, science, language, and more! This is actually kind of my "bonus" channel for my livestreams, shorts, and extra content - make sure you're also subscribed to the main @ComboClass channel where my main episodes go!

DISCLAIMER: any use of fire, tools, eating unexpected things, or other dangerous-seeming actions in this series are experiments that are conducted safely and professionally, and/or are accidents that I include in the videos for educational purposes. Do NOT try to copy any experiments (or accidents) that you see in these videos yourself.

[rolandhanke]

Math for breakfast, perfect to start the day. 😄

[bradsword]

For the extra precision you were trying to do with the parameter slider, it’s still limited by the resolution of what you can adjust “by the pixel” with the mouse. To get the finer adjustments you wanted, you have to make the interval itself smaller too, in addition to the step amount.

[TymexComputing]

Interesting - numerical errors always look like some kind of natural phenomenon :) i came from the street but i didnt watch everything. I would like to take a look at cellular automata classes (the classes of complexity of CA)

[juandesalgado]

At 28:22 in the video, the "intersection" appears to occur at the point (e, e), where "e" is Euler's number... Funny.

P.S.: Hmm, this appears related to: lim x->1 of x^(1/(x-1)) = e.