This was an experiment to see if a stylish alternative could be made to the square digits typical to vacuum-fluorescent displays of the 80s and 90s. It is a geometric font constructed from circular segments, with two extra diagonal segments in the top hemisphere. For the letters, this setup has been inverted.
I imagine that a wider range of characters would be possible with an 8-directional segmentation of the characters, although I'm uncertain of its readability.
I'm sure other improvements could be made to this design...
Illustrator CS3 / Photoshop CS2
I imagine that a wider range of characters would be possible with an 8-directional segmentation of the characters, although I'm uncertain of its readability.
I'm sure other improvements could be made to this design...
Illustrator CS3 / Photoshop CS2
Category Designs / Miscellaneous
Species Unspecified / Any
Size 800 x 600px
File Size 143.2 kB
It's a great style and I like it! The only problem I have is the #2...it's a little hard to read. 2's are somewhat like upside down 5s when you read a clock so it'd make sense for them to evolve along that way even for a circular design such as this. All of the rest of them are great; just need to work on the 2 a little more.
I find it kind of hard to read, but that may be MORE so because I've only ever seen square digital read outs for clocks and I'm just not used to this, as opposed to it being a flawed design choice. There's no bar separating the hours and minutes though, and I'm not sure why you wouldn't want the option of bisecting the lower curved parts, but I suppose it works anyways. :3c
the original design choice behind numeric digits being the way that they were had a whole lot to do with cost, in terms of being able to plug out a ton of these digits on a modular display or what-have-you from what I understand. A lot of earlier display technologies were cheaper the less segments were needed to create a large number of characters. Most early arrays used 7 segments, with later VFDs using 14. My current one uses 12, though 16-segment modules did exist, so I guess it would be entirely possible to bisect them.
I would love to see nixie tubes like these like in this clock I got: http://www.furaffinity.net/view/2761647
That's a very nice looking design indeed. =)
That's a very nice looking design indeed. =)
since the array is segmented to allow for multiple characters to be represented on a single plane, a nixie tube wouldn't be necessary to drive the display. If you wanted something significantly antique-looking, it could be represented on a single plane with tungsten filaments in a vactube (ie: an incandescent filament display). Personally, I like the sharp, laser-like crispness of VFDs. And as an added benefit, you could actually get someone to make these digits on a VFD module, because there are still companies which will manufacture the custom display apertures for you.
They could totally make segmented LED displays like this, too. But I really kind of want a VFD like this now. You could probably make an alphanumeric segmented display in the same style easily enough. They did that with 7-segmented square displays by adding a few more segments in.
Love the designs, but I think think the idea of having 8 segments in the center might help better. The 2 is the main problem, it's very hard to decern at first glance. Two more diagonal bars in the lower hemisphere, or perhaps 1 could solve that "2" problem.
Such a unique design though, very nice. Would love an alarm clock with this XD
Such a unique design though, very nice. Would love an alarm clock with this XD
i remember those first desktop digital calculators with the nixi-tube displays. at least i think that's what they were called.
man i sure wish h.s.c. was still open. our local fry's (in roseville) seems to be trying to stop carrying ic's not directly related to current computers, (last time i was there they had a limited selection of cmos on the pegs, and no ttl at all) and nobody local has electronic surplus junk, now that i've finally got a little change i could buy some to play with if they were. the only component level reference book i could find was one cmos cookbook, which i bought.
man i sure wish h.s.c. was still open. our local fry's (in roseville) seems to be trying to stop carrying ic's not directly related to current computers, (last time i was there they had a limited selection of cmos on the pegs, and no ttl at all) and nobody local has electronic surplus junk, now that i've finally got a little change i could buy some to play with if they were. the only component level reference book i could find was one cmos cookbook, which i bought.
you might have a bit more luck on some of the chinese wholesaler sites on the internet these days; they sell practically everything and some sites (like dealextreme) don't require you to bulk order. There's also alibaba but I don't go anywhere near there because it's like the wild west of e-commerce
Very nice design... Except i think that 2 would be better rotated exactly one set of segments to the LEFT, and have its tail cut off.
So long as it doesn't continuously flash 12:00
But I'm starting to hate the constant blue lights in modern electronics. Give me high-intensity Orange, Red, and Green LEDs, Give me neon lights! hell give me gaslights or arc lamps, soft white bulbs, or the dark green glow of old tubes Just stop blinding me with blue!
This reminds me of a odd little display i got out of a very old TV shop: It was basically a tiny projector, with a single tiny bulb and lens for each digit. it was self contained, and rear-projected onto a tiny piece of ground glass. it uses a tiny plastic slide with digits printed on it, that is masked with a black sheet with 12 holes in it to block stray light. Sure it's not a nixie tube. a VFD, and LED or even one of those persistent image displays, But it is very unique. Using the technique along with these digits would result in a truly one of a kind display. The entire unit is about 3 inches long, and a half inch tall, Tiny for the time period i assume it came from. But it could be scaled easily i guess. -Just an idea
If all else fails, One could create a electromagnet controlled shutter for each of the segments, and shed a single light through it, similar to the mechanical flip displays on buses, only back lit That would both look, and sound awesome, despite taking a ridiculous amount of logic to do a simple task. But then again creating a VFD when there are already thousands to choose from (you could always cheat and go DOT MATRIX) seems kind of over the top, (though it would be cool ^_^ )
okay.. I'll shut up now
So long as it doesn't continuously flash 12:00
But I'm starting to hate the constant blue lights in modern electronics. Give me high-intensity Orange, Red, and Green LEDs, Give me neon lights! hell give me gaslights or arc lamps, soft white bulbs, or the dark green glow of old tubes Just stop blinding me with blue!
This reminds me of a odd little display i got out of a very old TV shop: It was basically a tiny projector, with a single tiny bulb and lens for each digit. it was self contained, and rear-projected onto a tiny piece of ground glass. it uses a tiny plastic slide with digits printed on it, that is masked with a black sheet with 12 holes in it to block stray light. Sure it's not a nixie tube. a VFD, and LED or even one of those persistent image displays, But it is very unique. Using the technique along with these digits would result in a truly one of a kind display. The entire unit is about 3 inches long, and a half inch tall, Tiny for the time period i assume it came from. But it could be scaled easily i guess. -Just an idea
If all else fails, One could create a electromagnet controlled shutter for each of the segments, and shed a single light through it, similar to the mechanical flip displays on buses, only back lit That would both look, and sound awesome, despite taking a ridiculous amount of logic to do a simple task. But then again creating a VFD when there are already thousands to choose from (you could always cheat and go DOT MATRIX) seems kind of over the top, (though it would be cool ^_^ )
okay.. I'll shut up now
both would benefit from bisecting the lower half of the forms, but I wanted to make it a bit more distinct by limiting the number of segments in the display. While I think I could still improve 2 without increasing the number of segments, 8 is actually probably the best way to display it despite it looking "fat". If it were to use the form similar to its 7-segment rectangular analog, it would be nearly indistinguishable from the zero; the rounded shape of the outer segments have that strong of an impact on the visuals when it comes to glyph recognition.
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