Version 1.1
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An alternate take of Diamond Eyes with circles replacing the 2 smallest diamonds. No brickswapping used - many diamonds shared bricks so I had to place the circles by hand. This permutation introduces more texture, solidity, and complexity to the original. Hope ya like it!
This is a clone of Diamond EyesVersion 1.1: Improved gy&Ѐ.
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A greatly condensed Modron March.
This is a clone of Modron MarchA variant of Tangereen 3. Hard to read, but has a certain ornamental appeal.
Lately, I've been busy learning 3D modeling, vector art, and digital art things. So I only envision myself making more FontStructions when I need them for an existing project. I've already done all the designs based on my own past work - or at least, all the ones that are possible to create here.
This is a clone of Tangereen 3An even smaller and more stylized take on Madcat/Madkitten. It isn't really a Decolike anymore, but it is readable at smaller sizes than almost all my other designs!
This uses some compression/truncation tricks to fit glyphs into a smaller grid. Those tricks are usually used in pixel designs (such as Chlorophyte) but I think they worked out well here, too!
This is a cloneA vaguely Courierlike OSD (Onscreen Display) font which tries its best to be casual. The name is inspired by the old computer joke: "Who is General Failure and why is he reading my hard disk?"
No filters or faux-beziers, just stock bricks and a bit of stacking/nudging!
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More about the design:
It started as a doodle and an attempt to make a smooth, low-resolution, low-poly font, and then it became a Courierlike. I have other fonts that tried to do polygonal round shapes before this (such as Cartoon Riot) but this design is my first real success in this area.
Initially, I made the angled glyphs before the round ones. I didn't want to change the angled ones, so glyphs like C, O, and Q became a bit wider than they are tall. I'm quite fond of this, because in most designs these glyphs tend to have a tall and narrow character. I think the mildly squat look of this font makes it cuter and gives it more personality.
A lot of glyphs were altered in specific ways to look more like metal type, especially anything with diacritics which touch the letters themselves. Other glyphs were altered specifically to be interpretable at small size. I also use angled contours and actual round bricks alongside each other within the same glyphs, another technique which is geared toward style and interpretability at small size.
This font came with many new challenges and an array of new techniques had to be designed. Loops were an insurmountable challenge because of the low resolution and heavy line weight, so I drew rounded areas to suggest them. You can see it on letters like Greek γ, ζ, and ξ.
I decided to make a design which incorporated the thinnest/lightest weight lines possible in FontStruct. This is the result; I'll add more if people like it.
These 1/32 lines cannot be accurately nudged, so a unique line has to be built for each vertical position where I want a line. These lines also cannot be centered on a place where two curves meet (such as the middle of B or R). This introduces some unintentional asymmetry to the design, but I like it, so I'll keep it.
There is also the problem that forming a diagonal line of the same line weight is nearly impossible. While angled 1/32 lines can be formed, their angles are all close to 0. No method exists for making a line which slants at 45 degrees while also being 1/32 weight. So, I had to make some thicker lines in certain areas. I don't think they detract from the design, but if you scrutinize this enough, you'll notice them.
A pixel font which combines four experimental techniques at once:
1. Structurally disconnecting the stems from the open parts of letters.
2. Allowing glyphs to extend beyond the reaches of width and starting position.
3. Designing glyphs specifically to connect and form new shapes, rather than simply allowing shapes to emerge from existing characteristics.
4. Designing glyphs so that the overall font is free of a need for kerning.
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Alternates are now on UPPER CASE. I'll continue to update this as I get more ideas!
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Original size: 6.75pt (use multiples of this value for pixel perfection)
A font which uses some custom macaroni bricks. This one has the same kind of structural asymmetry as Phenomenologist. Angles and corners on the left are almost always sharper than those on the right, which gives glyphs a structural asymmetry as well as a sense of rightward momentum. This technique also imparts variation to some otherwise very similar letterforms (bdpq, mw, sz).
This is named for a species of android from Doctor Who.
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Other design decisions:
- Make the ascender height shorter than the uppercase
- Use squares for dots/diaresis and circles for punctuation, so that they are more quickly distinguished
- Allow the sharp curve and gentle curve to swap positions when it's beneficial to the glyph (BX8&)
- Incorporate angled lines into several glyphs so that none of the glyphs which have them seem out of place (SZsz012569*~$)
- Ignore the other design decisions for glyphs which need a standardized look due to their use in programming and other syntax-based forms of writing (most symbols & punctuation)
Formerly known as "Specula".
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By request, a font with the two-toned look of a Pokéball. No filters! The Pokédollar sign can be found on "¢" and a Pokéball is on "•".
"Eviolite" is an item that powers up the defenses of Pokémon that are not fully evolved. Looks like a lavender-colored gem.
An experimental design using 1/8 weight lines alongside 1/16 ones. The 1/8 lines are the smallest that can be accurately nudged. Centering them is still a problem at times, and I need a few impossible composites to perfect the glyphs ABEFHKQRXYijkx34789, but overall I'm quite fond of how this doodle turned out.
I think I could use some intensive compositing to get rid of the central dividing line in glyphs like A and H. I'll give it a try when I can.
Iteration 4: Basic Latin kerning finished.
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DOODLE DOODLE DOODLE!
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Design Rules:
1. Letters with spurs will have the spur begin at the baseline. This provides the distinctive "high heeled" look.
2. Any letter whose traditional design has a straight vertical line on its left side will keep the line, no matter how the lines of the actual letter travel.
A "Connect bricks" font.
It's called linestrider because the outline strides across the inline on both sides. It also reminds me of the courses that are drawn for line-following robots.
The person I made this for requested lowercase. I'll add it as I can.
Third iteration of Tangereen with a bit of Paradoxy Effect. This one is rather fancy, so probably best used as a Display font.
The center portions of these glyphs make me think of sliced oranges and moon phases. They could act as cabochon settings, as well! So you could use these shapes to make jewelry set with a birthstone, monogrammed pendants/insignia, and so on.
Paradoxy Effect, without the Effect. Quite a drastic transformation!
This is a clone of Paradoxy EffectThe Unicode bitmap font from Minecraft, also known as GNU Unifont. The game has a font priority system called "providers" that looks for bitmap data for a specific character in the non-Latin European character set first, then in the accented Latin character set, then in the game's low-res default font, then finally here, in the high-res Unicode character set. You can override this priority system by going into Options... > Language..., then setting "Force Unicode Font" to ON.
The game stores this font in images containing 16 rows and 16 columns of characters. Each character is 16 pixels wide and 16 pixels tall, totalling 256 characters per image. Each image represents one Unicode codepage, and there are 256 pages, which covers characters U+0000 to U+FFFF. Control characters and most CJK characters are omitted here, because FontStruct doesn't officially support them.
The font is not monospace, however, so the effective widths of each character are stored in a separate file called glyph_sizes.bin. Information for each character is stored in one byte, and the upper and lower 4 bits of this byte represent the start column and end column with a number ranging from 0 to 15, where 0 is the leftmost column of the character's allotted 16x16 space, and 15 is the rightmost column, respectively.
Knowing all of this allowed me to automate most of the steps involved in creating this recreation. I did not use the FontStructor to make this, I instead used a program to directly interact with FontStruct's API. It is possible to add unsupported characters to a font with this method, but I chose to stay within the limits of what is officially supported.
Here we have a filled-counter pseudoserif pseudostencil that is also a borderline IVO design at the same time! It also has a bit of a "double font" look going on if you look at the negative space.
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Design Rules:
1. Internal negative spaces of glyphs will be filled such that a 0.5-brick-wide void exists between the filled space and the glyphs themselves.
2. When a glyph's horizontal line intersects with the filled space created by Rule 1, both the filled space and the line will be broken.
3. Vertical lines will only connect by two tapering curves or by the implied connections created by filled negative space.
4. Filled negative spaces may only join with the outer perimeters of glyphs.
A design that combines tropes from fantasy, sci-fi, and sports in a subtle and pixel-optimized way.
Structurally, this looks like a high-res version of Marengi Mk2. There are still plenty of differences between the two, but since they seem equally readable to me, I'm tagging this as a chat font.
Semiserif semispur minimalism.
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This design uses a few novel glyph-shapes and techniques to achieve its look. Most notable of these is the serifed a which lets the serif protrude to the right. I avoid this feature in almost all designs, especially pixel fonts, because it adds an unnecessary 1px of spacing - but for this font, the feature can be included without changing anything for the worse. Many other glyphs have this same sort of protruding serif/spur, and the slanted geometry of the serifs/spurs affords them a look that "retreats" from neighboring glyphs, rather than seeming to protrude into them.
Version 1.5: All permutations of E and F were refined and improved.
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A modernized, rounded, and truncated version of Marengi. This is made to be a good text editor/chat font. It has very few kerning pairs, so it should render fine in any software.
Ascenders are only allowed to be as tall as the uppercase/numerals, while descenders are allowed to go 2px below the line. This creates a natural line spacing that is readable and not too dense. (Diacritics break this rule, of course... darn them...)
Gone are the curved descenders/termini on letters like gjty. The simpler geometry makes this design more suited to speedreading than its predecessor. In fact, altering those four letters alone improves speedreading on this font by up to 14%!
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09JUN2019: I have been using this as my main IRC/chat font for some time now. Of all my chatfont designs, this has proven the easiest to read and use.
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MIV: 8.31
Original size: 6pt (use multiples of this size for pixel perfection)
The final Laconica?
This idea emerged while making Laconica Skeleton, so I decided to carry it out. The design reminds me of blueprints and floor plans, thus the name.
This is a clone of Laconica SkeletonAn alternate take on Eyeball Kids which has more expressive eyes.
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Making this has given me an idea for an ASCII Roguelike tileset wherein lowercase letters represent juvenile creatures and uppercase letters represent adult ones.
This is a clone of Eyeball KidsA continuation of Tangereen. This version took a lot of figuring out and a lot of changes, both aesthetic and structural. I managed to make it different from other double-line designs like Glitzfang and Junglira while still keeping it simple and cute.
This is used in FS Tutorials, FS Idea Soup, FS Obscura, and most recently, AMFA's 3D printed parts.
This is a clone of Tangereen