Okay, so [print "hello world"] is actually 4D printing. It adds the fourth dimension (time) to the process of creation, and involves 3D objects (the bits of your processor) being flipped in a set order on command, because [print "hello world"] is not printed until the code is executed.
Really, NO printing can be less than 3D printing, because all printing involves time, however small, and technically all printing is really 4D printing because even if the third dimension is tiny, it still exists. That ink is still *on* the paper, even if its thickness is minuscule.
i'm culinary terms, which is the mostly widely spread use of the terms, a cucumber is considered a vegetable, even if it's technically a fruit. and nothing is specifically a vegetable, scientifically; vegetable is just a synonym for plant.
just like all printing is technically >2D.
graphics are stored and read as linear arrays in memory and just know to restart the row every x amount of pixels, because its faster that way 🥲 as far as the computer is concerned its just a line of pixel data
What about zero D printing? Say a dot whose radius collapses to zero faster than time for the ink to reach the paper. Wait… that’s the black hole singularity 😱
Comments
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I will NOT debate technical definitions.
I WILL NOT debate technical definitions.
...URRRRRRRGGGHHHHHHFFFFfine!
just like all printing is technically >2D.
lprint(); /* like, print */
printf(); /* print, fucker! */
lprintf();/* like, print, fucker! */
graphics are stored and read as linear arrays in memory and just know to restart the row every x amount of pixels, because its faster that way 🥲 as far as the computer is concerned its just a line of pixel data