Well, it works. It’s untuned, uncalibrated, and wholly unfinished. But it makes synthy sounds and appears to not have any problems, except for the LEDs being rather dim.

I’ll worry about that later… For now I need to worry about the new power supply and the new DMM I’m waiting for.

x0xb0x Sequencer LEDs and Switches
(Click for more In Progress (photo gallery retired) photos…)

Have I mentioned that I love that macro lens? With the 1:1 extender it’s so, so, so much fun to play with… I only wish I had increased the depth of field there so that focus didn’t fall off so quickly. Still, I like it.

Oh, also, my x0xb0x is mostly done. I say mostly because I’m still waiting for Monday’s delivery of a Mouser order containing a bunch of 2SA733P transistors. The reason is detailed here under the section labeled ‘Picking the right transistors’. These need to be fitted, then I need to test everything.

Somewhere in there I also have to order up the front panel overlays (photo gallery retired), too… I just hope other people want to buy them.

The testing stuff brings up something else. First, I’m worried that my x0xb0x will have some sort of problem. Second, I’m still waiting for a new DMM (a Fluke 179/EDA Kit) to get here so that I can test things accurately, and I’m also waiting for a power supply kit (an Elenco XP-720K) so that I can feed power to various bits of the synth while I’m testing it. After I build the power supply, of course.

So, to make a long story short, I’ve gotten things about as far as they can go for now. I’ll do more later…

In case you are interested, here’s some of the somewhat more notable photos that I’ve taken of the my x0xb0x building (photo gallery retired) thus far, generally marked with their captions from my gallery:

In Progress (photo gallery retired):

· When replacing a resistor in the power supply with a 200Ω one, I accidently melted part of the headphone jack. Whoops.
· Another detailed shot of the FT232BM, the first SMT part I ever soldered, with a millimeter ruler for comparison.
· While soldering, flux is left behind on the PCB. This must be cleaned off afterwards. The flux can be seen here as clearish blobs over the solder.
· Ahh, that’s better. This is a part of the board after I removed the flux with isopropyl alcohol and a toothbrush.
· Main panel with everything but a few 2SA733P’s in it. Note the red LEDs.
· My hacked together panel vise substitute.
· Everything seems to line up with the front panel…

Parts (photo gallery retired):

· A pile of the red diffuse LEDs I ordered from Digi-Key.
· A pile of the water clear red LEDs which came with the x0xb0x.
· Pile of LEDs in 0.22″ standoffs, ready for installation.
· A red keycap on one of the tactile switches.

Well, I think I got the Illustrator problem described here fixed.

I took a bit of a brute force approach to the problem. To fix it, I did the following:

– Export the whole image at 1000dpi to a PNG.
– Open the PNG in Photoshop.
– See how many pixels off the image is.
– Adjust the part which was ‘off’ by an appropriate many thousandths of an inch in Illustrator.

I’m pretty certain it’s now fixed… When exporting the image at both 300 and 600 dpi, a ‘bump’ is no longer visible.

Hopefully this version, v1.2 (photo gallery retired), will be the final one. Once I’m certain of this I’ll convert it to the format which Maverick likes, which is basically certain parts set to particular colors from a rather restrictive palette.

Hmm. Yeah. Go-home time soon.

Yep, there’s v1.1. I cleaned up the keys a little, removed the center detent marks, and changed the logo.

GUR. I just realized that I’ve got some screwed up Illustrator problem…

Could someone help me with this? I’ve got screenshots explaining what I’m seeing, and why I think I shouldn’t be seeing it:

First, as you can see here, the white box I use to mask the key spacing line above the black keys appears to extend up a bit higher than it should.

However, if you look at these two screenshots (1 · 2) you can see the following:

– The white key (selected in image 1) has a .5pt border, set so that it is centered on the outside edge. It’s top edge is at Y:270.459pt.
– The white box I’m using to mask the lines (selected in image 2) has no border, and it’s top edge is set to Y:270.209pt.

As you could see, the white box has it’s top edge set .25pt lower than the white key, which should be the width of the bottom half of the border line. Yet it appears as it does here, with a bump sticking up.

So, can anyone tell me what I’m doing wrong? The math is right, and it should work, but it just doesn’t seem to be happening. Thank you very much. :)

Well, there’s my first stab at a logo redesign for my new x0xb0x panel. I’m pretty happy with it… The only concern will be if the text at the bottom (the TRANSISTORIZE YOUR WORLD) stuff scales well and will be readable after printing. I think it will…

Anyway, yeah. One more thing on the panel to polish this evening, and it should be ready to go to the printers. As soon as I’ve decided on a print process, that is.

UPDATE: I changed the text at the bottom to be a big larger. It fills out the panel a lot better, and I think it’ll print better. As this whole logo will only be 70 points high, I think the slightly more obvious text is better.