Another leap toward the elusive subtractive Boolean.
Each character consists of nine bricks arranged in a 3 x 3, filtered and scaled, composite-stack matrix. Insane levels of smooth detail result.
This filtered, subtractive stacking technique extends those first published here.
Enjoy a private clone to grok my unknown approach. The possibilities are endless...

What began nearly 8 years ago as an experiment in multi-stage, multi-resolution pixel serif type drafting (starting smallish then manually upscaling x4), took on the robust character you see here after countless edits and some tricky lessons learned along the way.

The initial weight was on the light side (cloned privately for posterity), so I took a leap into this bookish weight by fattening each glyph copy-pasted 1 pixel shifted both up and to the right. A rudimentary technique, by no means novel, yet almost wholly effective. I saw fit from here to only make a handful of corrections, keeping the slightly rounded and slanted serif shape that resulted as well as the subtle reenforcing of a pen-nib construction. 

More intriguing is the 1-bit “anti-aliasing” scheme I found myself  progressively guided toward while finding the lines of these curves developing the initial light weight. Implied diagonals and said curves – as well as refinement of contrast – are substantially more granular and specific than had I taken a black-and-white posterized, or stairstepped approach.

At half-resolution, the resulting smoothness is acceptible. This type of hinting will be useful in developing a substitution rule set consisting of subpixel slanted or curved bricks to produce a “vectorized” version.

Indeed, such a process could be purely automated by a proficient developer or properly trained neural network (this would be a really interesting future feature for fontstruct pro – rather than hinting a font after painstaking vector construction, why not reverse the process by way of en vogue ai-assisted upscaling?).

Basic accented charaters and numerals are being added as I churn through the extended character set...

Ray Meadow’s gorgeous take on uncial script is one of the best large-scale fontstructions ever released. The font has character, wit, and charm to spare and surely deserves all the attention and adulation awarded it by fontstructors and paying customers alike. Like any great work, it compels us to look closely and savour the details.

Inspecting Ray’s work, I sensed a range of mostly minor refinements and exacting adjustments that might make this gem shine all the more brightly. So, in the spirit of camaraderie, I requested permission to apply myself to a clone of his work in order to bring forth and share some of these suggestions. Approached in stages, the task of polishing this stone to my liking spread out over more than half a year.

My main goal was to smooth the modular geometry out as much as possible, address some stroke weight and contrast issues throughout, and rebalance specific forms. In many cases, I use custom composite and advanced stacking tricks to fine tune the curves of these letterforms. Upon studious inspection, a wealth of tweaks are revealed. I suspect that setting basic words and sentences is now an even greater joy with this version, and pray it will be of benefit and inspiration to make Ray’s great work even better.

The total effect strikes a greater unity between the uppercase and the lowercase. A few letters are significant departures from their starting points (K, k R, W) and offered both as suggestions for the mains and ideas for alternates. After so many hours of exploratory modulation, I am pleased to share this technical feedback with Ray and the fontstruct community*.

*For now cloning is off until I can communicate with Ray about the best approach to take with this. Hopefully we can find a way to share this without attracting a torrent of rip-offs.

>> thalamic’s description (with edit)

Permutation: The act of changing the arrangement of a given number of elements.

One font, two different brick combinations.

Picking any two bricks from the 169 available gives a total possible combinations of 14196 (169C2) different fonts. Counting a certain kinds of bricks as one--all four 45degree, for instance--gives 36 unique bricks, resulting in 630 (36C2) unique combinations or fonts.

In this font, if the bricks are swapped with each other, the result will be a different font. Hence order of the bricks matter. In which case, nCr (combinations) is not the right choice. What's needed is nPr (permutations). 169P2 gives 28392 permutations and a 36P2 gives 1260 permutations.

So, at a minimum, 1260 fonts are possible with the current implementation of FontStruct, with just this particular layout of bricks. This whole permuatation thing is so fun and easy to play around with. The original fs Permutation series worked with just the bricks that were available by default. Since then, the FontStructor has evolved, allowing for, in part, custom bricks. This new permutation was not possible before. This one is created just to show that custom bricks can be dragged and dropped on top of the existing ones replacing the standard bricks. The bricks used here are [edit:1/4 brick staggered identical custom composites] .

Clone it and play around.

Instructions
1. Select a brick from the standard bricks or create your own custom brick.

2. Click and drag it to the brick in the first position in My Bricks until that brick turns gray.

3. Release.

4. Repeat steps 1-3 for the brick in the second position in My Bricks.

Learn. Enjoy. Share your permutation.

This is a clone of fs Permutation VIII

>> thalamic’s description (with edit)

Permutation: The act of changing the arrangement of a given number of elements.

One font, two different brick combinations.

Picking any two bricks from the 169 available gives a total possible combinations of 14196 (169C2) different fonts. Counting a certain kinds of bricks as one--all four 45degree, for instance--gives 36 unique bricks, resulting in 630 (36C2) unique combinations or fonts.

In this font, if the bricks are swapped with each other, the result will be a different font. Hence order of the bricks matter. In which case, nCr (combinations) is not the right choice. What's needed is nPr (permutations). 169P2 gives 28392 permutations and a 36P2 gives 1260 permutations.

So, at a minimum, 1260 fonts are possible with the current implementation of FontStruct, with just this particular layout of bricks. This whole permuatation thing is so fun and easy to play around with. The original fs Permutation series worked with just the bricks that were available by default. Since then, the FontStructor has evolved, allowing for, in part, custom bricks. This new permutation was not possible before. This one is created just to show that custom bricks can be dragged and dropped on top of the existing ones replacing the standard bricks. The bricks used here are [edit: custom composites] .

Clone it and play around.

Instructions
1. Select a brick from the standard bricks or create your own custom brick.

2. Click and drag it to the brick in the first position in My Bricks until that brick turns gray.

3. Release.

4. Repeat steps 1-3 for the brick in the second position in My Bricks.

Learn. Enjoy. Share your permutation.

This is a clone

A winning, small-matrix rendition of this super-elliptical monoline sans. If you’d like, please enjoy a private clone to tour the brand-spankin’ new interiors.

I embraced innovation at the expense of imperfection with faux-curve composite stacks. These custom bricks are used to resolve the most glaring proportion issues besetting version 1 (and 2’s) capitals. I risk intermittent aliasing as well as potential inconsistencies in both curvature and stroke contrast. Yet these composite-stack discontinuities (A,C,D,G,J,O,Q,S,U,V) marry unexpectedly well with the extensively used macaroni bricks and remain themselves smooth up to an impressive 72pt.

Manual kerning leaves a lot of room for improvement. The alternates are included mostly for curiosity’s sake. Another work in progress with samples to follow. Feedback is always very appreciated; thanks in advance for it! :)This is a clone

Please enjoy a private clone to see how I dealt with contrast, curves, bracketing, variable letter width and the difficult-to-achieve emboldening of the capitals’ vertical strokes within a minimal fontstruct matrix (and If you like what you see, please download for personal usage and vote kindly! :)

Intaglio’s amazing recent work makes similar strides (see the excellent rounds, for example), offering a solution before me to several of these long-standing impasses of the medium.

More characters to come... :)This is a clone

Narrow and heavy, ultra bold Piano key designs once required fractional brick scaling to generate their distinctive slit-like counter forms while working with maximum curves. Composite stacks provide a more elegant and versatile solution to this old problem. In this way, they can be seen as an important milestone on the road toward individually scalable bricks...

Letterspacing is kept tight in this fontstruction, but still needs a great deal of manual kerning especially around all the character lacking serifs on one or both sides.

72+ initial downloads done during testing and troubleshooting. More characters to come. Enjoy, and please vote kindly. : )This is a clone

The ultra-low resolution of this grid may be difficult to grasp without cloning. Fontstruct’s logo has a nominal x-height of 3 bricks, by comparison.

The level of detail, control, and finesse possible in a given fonstruction depended mostly on resolution prior to the recent advent of stackable composites. Did you want it better? Make it bigger!

Brute force, now meet Elegance.

Instead of building individual glyphs hundreds of bricks tall, stackable composites allow us to design rich modular schemata hundreds of bricks deep. Using curved bricks at their largest scale, linear and curvilinear elements dynamically harmonize and oppose. As well, screen fonts can be effectively hinted (aside from notable lack of kerning controls) without sacrificing the integrity of joins and intersections. And the trapping possibilities, Oh the sweet sweet trapping possibilities...

Please, vote kindly and stay tuned for more :)This is a clone

Brush script, art deco, classic engraving, three genera of gothic (sans serif, blackletter, and ancient alphabet!), runic, hieroglyphic, and yet still some futuristic tendencies all informed me. But do they blend?

The handwritten quality of a broad-nibbed pen or skillfully wielded marker provides the binding agent. An emulsion of all these influences, it is at once all and none. Even the strict modularity begins to melt into the background. Yet so distinctly fontstruct...This is a clone

While recreating/revising one of my very first fontstructions – April 2008’s Asgard (second to last one) – I realized it was going to take something more drastic still than switching to 2x2 filter settings to realize my dream of a harmonized U&lc set.

The original’s lowercase had several compelling and unique features (at the time), the uppercase worked well enough in all caps display settings...but they very rarely sat comfortably together. The answer couldn’t have been more simple: since the caps (which surprisingly came first...or does this just reveal my noobishness at the time?) are rather narrow, the lowercase itself needed to follow a more logically elongated model.

Here the flexibility of 2x2 filters kicks into high gear as the original design’s lc is tweaked by half a brick extra height to bring about a more righteously rockin’ family.

(Asgard 1.x plateaued at 829 characters, so – as always – more to come...)