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I have a vague goal of doing daily or at least regular typography experiments here in 2018, here's day one: applying perlin noise to positions of points along the path of the text

in the same vein more or less, hmm. probably not that much more of interest can be done with just having a list of x, y coordinates

each point in one word moves to the nearest point in the next word

based on yesterday's code, here's the entire alphabet (uppercase and lowercase) with each letter's points a little more than halfway lerped to the next

perhaps not surprisingly, a little less successful with a delicate serif font

again building off the same code, a matrix showing all possible halfway-interpolations between points in the letters (i.e., top row is (A+A)/2, (A+B)/2, (A+C)/2, etc.) (matrix is not symmetric because letters have different numbers of points)

today: speculative letterforms made from stitching together top/bottom halves of randomly rotated letters (I have more ambitious ideas for this, just trying to do some foundation work today)

continuing this experiment: trying to match top halves to bottom halves based on how similar the points are through their horizontal center line (also fixed the rotation here to increments of π/8 radians)

stringing together middle segments of letterforms based on similarity at the top and bottom of the segments

(has some random rotation on the points of the letterforms themselves and on where each segment is drawn beneath the previous)

little experiment with animating this (reeeeally need to start doing all of this in webgl so I can get decent framerates)

back to perlin noise experiments, setting offsets and line thickness with thresholds

trying to figure out three.js. I am really not used to working with scene graphs

I keep on posting examples that look the same, but this one was made with a completely different set of tools: opentype.js -> svg-mesh-3d -> p5.js (kind of a hassle to get working tbh but will hopefully be wayyy more versatile for these experiments moving forward)

much smoother with the webgl renderer in p5.js but I need to figure out why it's drawing these extraneous lines. tomorrow i guess

Allison Parrish @aparrish

tonight trying out rune.js, stretching out the font paths

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more rune.js, all coordinates in any path instruction that fall within the same grid square have the same elliptical motion

slower animation with chunkier grid and higher randomness thresholds. making myself queasy 🙃

going back momentarily to the letter morphing from earlier, here's the procedure applied to words from the phonetic random walk code that I posted examples of the other day...

feeling like I'm getting stuck on a particular set of ideas here, will try to shake it up soon

this one is difficult to explain but I think it actually has a lot of promise: visualizing a word's GloVe embedding by extending each point from the word center according to the value of each dimension of the embedding by dividing a circle into arcs according to the number of dimensions in the embedding (basically an adaptation of this but with the points of the font path instead of just a blob)

@aparrish I like where this is going. Makes me want to laser cut things

is it possible to show a sentence as a walk through semantic space & visualize it in a way that makes explicit (say) rhetorical parallelism?

@aparrish hard for me to imagine the right way to produce a flat projection

@enkiv2 i mean, tsne is the traditional choice for something like this

@aparrish t-distributed stochastic neighbour embedding?

@enkiv2 yep! for reducing the dimensionality to 2d. unless we're conceptualizing this task completely differently!

@aparrish The dimensionality reduction for a path wouldn't look like that for a word, right? If you had the word-blobs as points and positioned the lines between them, the two coordinate systems wouldn't match up.

@enkiv2 yes, the words themselves are just n-dimensional vectors. the way that I drew them in that experiment was to find n equally spaced angles and then draw a line whose length corresponds to each dimension—a hack to make it easier to see the values for each dimension. how to make that play nicely with a 2d projection of the word vectors themselves as points is up to you (or whoever!)