Deceptively simple.
This fontstruction was made possible by several fontstruct special capabilities: connecting brick, brick stacks, custom bricks, and nudge. Out of 68 bricks used, only the full square brick is from the available bricks; the remaining 67 bricks are all modified in some way or another.
3 bricks tall.
A 'do something easy' font.
An update of 2013's fs electronic
This is a clone of fs electronicMake the letters any width desired.
Type the uppercase letter for the left half of the letter, type an extender (or not), then type the same lowercase letter for the right half of the letter. The more extenders are inserted between the left and the right halves, the wider the letter becomes.
I and T are the exceptions where the extenders are typed before and after the left and right halves and not inbetween.
The other exceptions are M and W which have been split into 3 and extenders are added between the left, middle and right thirds.
? is split between ? and /
Extenders are located at @ # $ % ^ & * ( ) and _
How to extend:
A@@a, B##b, C$$c, D$$d, E##e, F%%f, G$$g, H^^h, &&Ii&&, J**j or J**$$j, K^^k, L**l, M(({((m, N((n, O$$o, P@@p, Q$$q, R%%r, S##s, (((Tt))), U**u, V**v, W**}**w, X^^x, Y^^y, Z__z, ?@@/
Thank you for this incredible gift that is fontstruct, Rob. Always a joy.
Congratulation on achieving the first ten years today (April 1, 2018).
Best wishes, as ever.
This is a clone of tm FestHere's what not to do:
--Start an easy fontstruction to pretend you don't have time to do research assignment due last month
--Draw lowercase letters
--Change all letters to have slightly more personality
--Draw uppercase
--Change all lowercase to match the uppercase
--Draw numbers
--Change all uppercase to match numbers
--Change one letter so that it makes better auto-ligature
--Change all letters to have less personality
At this point, who knows how much time has been sunk into doing this "easy" fs and what it started out as. And unoriginal to boot. Forget it. Next!
Quarantine 2020 allowed for this fontstruction to be born as it provided forced free time.
I'm sure it's true for everyone who designs fonts, there were lots of artistic decisions made in the creation process. Some letters went through a lot of iterations to arrive at their current state. Almost the entire uppercase were designed one way, scrapped and then redesigned this way.
The future is screen. Super high-resolution screen. Resolution so high that it is indistinguishible from printed text. 4K screens are available on mobile devices now. The future is resolution independent then.
This should have been a minimum font, but minimum can't do color.
The idea was to simulate transparency. After trying out multiple color hatch patterns, it was apparent that it is not going to work. The earlier attempts are left in the font for you to judge yourself their efficacy.
The file is pretty heavy because of having so many anchor points (times 8 layers). Scrolling will be slow. Because the next letter overlapping the previous hides part of the black outline, just outline glyphs are there to stack two layers (colored below, outline above) to get the correct effect.
Is there some trick to make the downloaded font to work in color? The version I downloaded comes as *-svg.ttf. Aren't the color svg fonts in .otf format? Thus, no sample.
Constructed on the bones of fs minimal.
This font and tm Byte started off as one. Both were different from what they have now become. The idea was to create a very heavy, minimal curves and angles to give a sense of the glyph.
It started with a plain N and a solid O. Making the E match either the N or the O resulted in deviation from the style just enough that it warranted a spin-off into a font of it's own.
Some letters—such as G and H—proved quite difficult to match in the style of either. A slight angle shift resulted in a glyph that did not go with other glyphs. I kept trying different possibilities...and at some point decided to save the discarded option into another fs, which now contains more than 200 characters.
The teardrop counter in tm Byte forced a complete redraw of all glyphs at about 2× the size.
I am already working on two additional fonts that came out of this exercise...and it might yield more.
This font has been almost 3 years in the making. Mostly because how tedius it was to keep copying the same "bricks" over and over. I'm glad it is finished enough to share. I may or may not (most likely) add more glyphs later.
This is [was] a minimum [http://fontstruct.com/fontstructors/minimum/public] font, created December, last year. Unfortunately, minimum account has developed some problems that prevents normal usage such as editing descriptions, downloading fonts, commenting, etc. Nevermind. He was useless anyway. :-)
Also, I can't seem to figure out how to create links either. This must be my dumb year.
I saw the logo for tramplin.tv [pictured below] a loooong time ago and was fascinated by it. It used to live on my computer desktop so I can look at it frequently. Even thought to redo it in fontstruct but...just looking at it, it was clear it wasn't doable...at least back then. At some point, the image was moved off to some other to-be-filed folder, and eventually I forgot about it.
I found it again the other day while hunting for some other file.
It was still fascinating. And in the meantime, fontstruct had grown up considerably (Thanks, Rob!). It was time to attempt doing it.
Well, kicked my ass, didn't it.
It seems so simple: One diagonal that goes from one letter to another in smooth transition, bisected by a different angle diagonals. No. Easy in concept, killer in making the geometry work of 2×1 diagonals to 1×4 diagonals.
No matter what thickness of diagonals were selected and whatever the gaps were left, the angles would not line up at some point or another. Which was confusing as 2 goes into 4 exactly 2 times, so things should have lined up without complication. I remembered, many years ago kix used Transparent Windows utility to make the browser transparent so he could trace silhouetted figures for one of his brilliant fs. Even tried tracing. Nope. After many failed attempts, had to break out Illustrator to better visualize the grid and diagonal guides of my own.
[See picture below]
Figuring out the geometry was much simpler in Ai. Found out where I was going wrong. First attempt at doing a and m and making them line up worked like a charm. From then on, it was just a matter of doing the glyphs. Some of them were simple to execute; others like e and c and especially z were quite difficult...at least for my limited intelligence.
Anyway, here it is.
Disclaimer: The original logo is probably copyrighted to someone. I don't own the rights to it. It is displayed here for comparision purposes and for full disclosure. If the owners of the original logo have a objection for its display here, it will be removed immediately.
Apparently, it is quite easy to forget what gets a fontstruction going. Something about ultra condensed bla bla bla. The rest is just a matter of having a creative activity to occupy the mind. And if in the process you can help out a friend, all the better.
[Click Pixel in the font viewer, then click Shift+Pixel four times to view the font correctly]
I love it when fonts come together like this one.
It started as me thinking what can I do for the 'twenties' that isn't 1920s. (thalamic has done those before!). The idea that I was toying with was doing each letter on a grid of 20 parts (blocks, stripes, etc.). There is already a stripes font in development (which is unlikely to be shared any time soon). I thought maybe I could convert it to a 20 stripe version. But it's too optical illusion-y and requires blocks of free time at a stretch for me to visualize the letters, which I don't have. Then the idea came to just develop a new block that says 20 on it and use it as a pixel for some pixel font. Which led to thinking an XX is 20 in Roman numerals. So I thought develop a grid that reads XX in multiple ways and directions.
With that basic idea, I started tinkering with the fontstructor and soon realized that I will need a lot of bricks. That necessitated making custom X and O bricks. That gave rise to the basic grid block of 7x7 grid that can be used as something that can be "carved" to form various letters. Better in theory than practice. M is OK, but a 7 brick wide A is just too wide. Plus the larger Xs were too white. Had to create more custom bricks to take away some of the whiteness that left the X still visible. These additional custom bricks were cumbersome to make...mainly because of my limited ability to visualize which brick placed where in a 4x4 grid will create what shape but also because I was using quarter brick corner triangles which meant that each brick of the 4x4 grid was internally a 2x2 grid as well. So a 8x8 grid really with 64 internal smaller bricks. Some bricks required making a custom brick and then merging it with another custom brick several times over to have the correct custom brick. Of course, I didn't know if the pain-stakingly created custom brick will be appropriate or not.
Much experimentation later, finally figured out what to do with this idea. Once all the custom bricks were created and the basic look of the font developed, then it was just a matter of placing the bricks in the right place. Often times not even that as one letter was just a modified version of another letter...like D and 3 are just a modified B; L and F are modified E, etc.
This was supposed to be a joke entry that didn't take much time to make. It's still a joke entry not to be taken seriously...but it did take time...and provided puzzle-like geometric challenge to overcome. Very fun.
How could I not love fontstruct!?