Hi I am insterested in this for scientific applications. I want to rapidly log a matrix of signals from separate probes, then reproduce that data as a video image/heatmap. I'm fairly confident I can do the video/heatmap part in matlab once I have the data recorded. But I have no idea where to start with the hardware. I think what I need is basically exactly the same as what you've done here. Did you buy this PCB or design it yourself? how does it connect to a computer? What FPS can it do? I need something that is as off-the-shelf as possible because I am a chemical engineer, not a electronic or software engineer. I literally don't have time to try and do this by myself but I know there must be an easier way than what I'm doing now.

10:26 " Police are looking for this man, for any info call blah blah blah"

genius.... what is the pixel size?

SEAN pls collab with ALEX LAB

what software you use to send g-code to your pc into cnc?

If you're gonna get an old cnc lathe, can't go wrong with a Mori SL like you did, or an okuma or tsugami. I still make $$$ on a late 70s tsugami, it holds tenths all day.

im gonna some weed and think about this cube man

$$(744 ,389 , 242, 168, 0)(745 ,389 , 242, 168, 0)(746 ,389 , 242, 168, 0)(747 ,389 , 242, 168, 0)(748 ,389 , 242, 168, 0)(749 ,389 , 242, 168, 0)(750 ,389 , 242, 168, 0)(751 ,389 , 242, 168, 0)(744 ,390 , 242, 168, 0)(745 ,390 , 242, 168, 0)(746 ,390 , 242, 168, 0)(747 ,390 , 242, 168, 0)(748 ,390 , 242, 168, 0)(749 ,390 , 242, 168, 0)(750 ,390 , 242, 168, 0)(751 ,390 , 242, 168, 0)(744 ,391 , 242, 168, 0)(745 ,391 , 242, 168, 0)(746 ,391 , 242, 168, 0)(747 ,391 , 242, 168, 0)(748 ,391 , 242, 168, 0)(749 ,391 , 242, 168, 0)(750 ,391 , 242, 168, 0)(751 ,391 , 242, 168, 0)(744 ,392 , 242, 168, 0)(745 ,392 , 242, 168, 0)(746 ,392 , 242, 168, 0)(747 ,392 , 242, 168, 0)(748 ,392 , 242, 168, 0)(749 ,392 , 242, 168, 0)(750 ,392 , 242, 168, 0)(751 ,392 , 242, 168, 0)(744 ,393 , 242, 168, 0)(745 ,393 , 242, 168, 0)(746 ,393 , 242, 168, 0)(747 ,393 , 242, 168, 0)(748 ,393 , 242, 168, 0)(749 ,393 , 242, 168, 0)(750 ,393 , 242, 168, 0)(751 ,393 , 242, 168, 0)(744 ,394 , 242, 168, 0)(745 ,394 , 242, 168, 0)(746 ,394 , 242, 168, 0)(747 ,394 , 242, 168, 0)(748 ,394 , 242, 168, 0)(749 ,394 , 242, 168, 0)(750 ,394 , 242, 168, 0)(751 ,394 , 242, 168, 0)(744 ,395 , 242, 168, 0)(745 ,395 , 242, 168, 0)(746 ,395 , 242, 168, 0)(747 ,395 , 242, 168, 0)(748 ,395 , 242, 168, 0)(749 ,395 , 242, 168, 0)(750 ,395 , 242, 168, 0)(751 ,395 , 242, 168, 0)(744 ,396 , 255, 255, 255)(745 ,396 , 255, 255, 255)(746 ,396 , 255, 255, 255)(747 ,396 , 255, 255, 255)(748 ,396 , 255, 255, 255)(749 ,396 , 255, 255, 255)(750 ,396 , 255, 255, 255)(751 ,396 , 255, 255, 255)

Sad very very sad. Why did you do this? I built a infrared laser when I was 10 because I met the scientist who made the lasers for the telephone Bell system. In May of 1974 they came to Jonesboro, AR to demonstrate the lasers. I asked lots of questions and they gave me cards with directions on the back so I could get some parts free. So on the 12/28/1974 1 week before my birthday. I showed it to my mother and the wood pine board had absorbed moisture and when the invisible beam struck it. Boom It boiled the water and tore the board in half. My mother said take it apart. She mentioned it to me in 1990 when I saw her and she said she knew at that moment how smart I was and she was scared that I would use it on my brother who beat me.

Hi there, I started on basically the same project and just found your video. I have sort of jumped in based on a couple papers I saw. I really like your hardware design a lot, it looks so much cleaner than my wiring mess right now. Not sure where this went or stopped, but if your interested in sharing any lessons learned, or working on something similar, I would be interested in your feedback.

Ccan we upgrade the photo wth dlss or somethink like that?

what you could have done was made a single high density row of sensors and used a motor to move that row to scan the image. extra points for adding a color wheel to make the images full color and it could even use other ranges in the electromagnetic spectrum like inferred or UV, I think that's how nasa does it

I paused my smt hobby and became more adept at programming I practice every night not enough space to thoroughly smt yet

You know you can replace thoss old controls with a newer one right. Especially if you know some sutomation control guys

I ran one of these old Mori’s for years at a shop in Odessa Texas. We didn’t use tape, but I definitely stood there programming G-Code line for line. Luckily the one I ran recognized canned cycles, some don’t. These things are hard to kill.

It's 3:46am. Just got done with a project using small oled displays and decided to relax with some youtube, about oled displays. "Don't get obsessed." "Don't stay up all night." Hilarious, I'm watching this video due to both of those things. Well done. I subscribed. Looking forward to watching your other videos.

What's up man, can you provide ur IG or email to me? I would Be interested in possibly purchasing one of these from you

You should try feeding some of these images through an ai upscaler

Wouldn’t those be servo boards not stepper motors

what if you could play doom in it with 3d depth?

Dude plz tell the name of the music or the exact video, channels name is not enough.

так вот на какие камеры снимают все мистические видео про НЛО и Снежного человека )))

I just found this channel and holy is it cool and great. Awesome job gor everything you do and thank you for the inspiration!

Don't call us, we'll call you.

Guaaauuu es un montón amigo

@3:22 It looks like your electro-magnets have a hole in the middle. Couldn't you aim a laser pointer diode from above the magnet through the hole and into the 'floating' ornament to hit a diffuser inside the ornament to give it some light? I am assuming for no particular reason that the metal on the ornament also has a hole in it.

I realize it’s four years later. I wonder if you could increase the resolution by developing an algorithm to interpolate the delta between each sensor and its surrounding sensor to create a virtual sensor.

Hi Sean. I know this is an old video but im going to ask this question since its really hard to find people with this exact leaf pack. Im assuming you have a 3 inch lift in the front to fit those 285 tires. Is the truck level with this leaf pack or close to level at least? Ive heard some people get an excess of 6 inches of lift with these old man emu cs019r leaf spring packs. which leave most people wanting to remove a leaf. Any insight would be much appreciated as i have the same leaf packs waiting to be installed because of my fear of excessive lift in the rear.

You genius builder coders freak me out and creep me out at the same time in a good way of course!!! Beautiful work…

what this technology called ? how the hell it works under the hood ?

Dude you're so cool man! Subscribed!

seal of approval

When I started an industrial machine shop program they had recently purchased a CNC mill, and by the time it was delivered and installed, it was obsolete. None of us had CNC training and I was one of the last few people to complete the 2 year course before they closed the machine shop program.

how the hell it works ?

Dude I love Willy Wonka and Machining! Nail on the head sir!! Subbed!

Did you say OLED LCD...

Yessss! 👏 More 👏 speeduino 👏 builds! 👏

32x32 was the resolution of the Cromemco Cyclops, a camera from 1975 that could be connected up to the then recently launched Altair 8800, it is sometimes referred to as the first commercial digital camera, but as it didn't have onboard storage, it was really more like what we today might call a webcam. It was a fairly interesting design, as rather than use a purpose built image sensor or tube, Cromemco used an off the shelf 1 kilobit dynamic memory IC to pick up the image. They would remove the metal lid from the ceramic chip carrier and replace it with a transparent window so that light could be focused onto the array with a lens. To read out an image, the circuit would start by writing ones to all the memory locations, and then reading them back repeatedly, light causes the dynamic RAM to discharge quicker, so the time it takes for a given cell to go from 1 to 0 will depend on the amount of light hitting it. Being digital RAM, there were no electric way to set thresholds or add biasing to set sensitivity, so LEDs were mounted near the IC that could be used to add light onto the sensor. Of course, you generally don't want light inside a camera, but as the number of reads were fixed, and the response to light was non-linear, adding a bit of light could help in imaging dark scenes.

Cool project! I'm curious about why you chose to flip the camera lens so that the inner side points out; based on what I know of lenses, they aren't always symmetrical and for imaging purposes you usually want the surface that is more curved to face the object that is further away (i.e. object ----- (| - sensor, where (| is the lens). Was it because it wouldn't fit into the 3D print? Also, if you want to beef up the sensitivity of the camera, you could try using an amplifier to get a measure of the photocell's resistance, instead of just using another resistor. When using a resistor divider, the sensitivity is highest when the resistance is equal, so you get reduced sensitivites at the ends of the range. If you want to use an amplifier, you could try making a log amplifier using a diode and an op-amp, since the resistance is (somewhat) inversely proportional to the light level, but you'll probably need a second stage to amplify the signal as well. Alternatively, you could use photodiodes instead of photocells; those are best used with a transimpedance amplifier. You might want to look into the photocells' response times as well, since the output should stabilize before you move the mux to the next cell.

7:40

what’s the sensor array made of? That would be interesting to put in the video…

You now can make a Bigfoot image

Great video! Thanks

This is nuts

cool

Any updates on the Volvo 😢

I've done elec tech work on that era of machines ie 70's and 80's CPUs. Those huge boards full of chips use a lot of DC power and get real hot, so you get bad connection issues on connectors due to heat and chip failures due to heat. If you want to use this for proper production work, I recommend real good fan cooling of the enclosures using modern fans that move more air (ie remove more heat). Also, check the DC supply lines for ripple and noise they are usually under-capacitored and the caps degrade over years too. You can scope the rails and check that, and examine electros for bulging cases. Also sagging 5v rails etc. Another good idea is to put liberal amounts of a good brand name electrical connector lube on all the plug connectors, especially important if it has been in or will be in a higher humidity environment. Good luck!

You’re like the real life John Connor of a probable future

What about more focus on an eye tracker to calculate the parralax: I think the volumetric display looks cool because if the ability to shift the views. Parallax could possibly do it :)😊

My first video! It was awesome so hoping for many more CNC videos in the future! 🤟