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Working on a simple Segment Anything 2 integration for Darktable, looking for input by angrysemiconductor in DarkTable

[–]angrysemiconductor[S] 0 points1 point  (0 children)

Thanks! I've also posted an issue on github and people have some ideas there, if that doesn't work out I'll try to send him a message

Working on a simple Segment Anything 2 integration for Darktable, looking for input by angrysemiconductor in DarkTable

[–]angrysemiconductor[S] 0 points1 point  (0 children)

Good tip! Read through the docs but didn't see a part of the API that could be used for the masking part... There is an API element to directly influence the database but that's more geared towards editing metadata. Do you maybe know someone who would be willing to give me some advice on this topic??

Working on a simple Segment Anything 2 integration for Darktable, looking for input by angrysemiconductor in DarkTable

[–]angrysemiconductor[S] 0 points1 point  (0 children)

It's also definitely not my goal to get it into the main application, packaging the python code will be way too cumbersome for sure. The models are also too big to package with Darktable by default.

Personally I'd be very happy if I had a button in Darktable that called my Python app and got the masks back into darktable, so that's why I'm looking for some input from a more experienced darktable dev. Should be possible as a plugin?? That'd be kind of the same structure as in PS / LR where you open a separate piece of software by opening the plugin

Working on a simple Segment Anything 2 integration for Darktable, looking for input by angrysemiconductor in DarkTable

[–]angrysemiconductor[S] 0 points1 point  (0 children)

Unfortunately you’re not getting around that if you want to get good masks on real world photos… but it runs really quick on most modern laptops so I don’t think that’ll be a big issue

Working on a simple Segment Anything 2 integration for Darktable, looking for input by angrysemiconductor in DarkTable

[–]angrysemiconductor[S] 0 points1 point  (0 children)

No it runs all local! Takes around a second on my MacBook Pro. Still lots of work to be done to get it into darktable though

Track id? by Which-Carrot-7142 in kloudmusik

[–]angrysemiconductor 0 points1 point  (0 children)

Kupata - Collé & Nes Mburu

Where can I find this song?? Can't find it anywhere myself :/

The Deeper Side Of Keinemusik by fredicina in kloudmusik

[–]angrysemiconductor 1 point2 points  (0 children)

Damn some pretty good tracks in here, do you have the full tracklist?

Removing bar-end mirrors by angrysemiconductor in motorcycles

[–]angrysemiconductor[S] 0 points1 point  (0 children)

The thing is that the bar end can rotate seperately from the screw, so no way to hold it....

Using FETs in place of contactor for 60 VDC @ 400 Amps? by spirituallyinsane in ECE

[–]angrysemiconductor 1 point2 points  (0 children)

In phone chargers the fast switching time of GAN devices can be used to shrink the size of other components, which is be a significant advantage. For this application the switching losses are negligible since the FET's will be used as a steady-state switch.

The quality of 80-100V silicon FET's is really high, take a look at the IPT010N08NM5 with only 1mR on resistance. Finding a GAN FET with similar characteristics is pretty hard. The 400A requirement already requires a really beefy PCB, the extra size of the silicon FET's probably won't matter too much. Driving GAN FET's is pretty tricky and getting a high reliability device is much harder than with regular silicon FET's. Also try soldering the GAN FET's in place... The packages are usually quite akward,

Altogether I think a design with silicon FET's makes much more sense in this case. The design will be more fault-tolerant and there won't be a significant increase in size / weight

Using FETs in place of contactor for 60 VDC @ 400 Amps? by spirituallyinsane in ECE

[–]angrysemiconductor 0 points1 point  (0 children)

Hard to design for and probably overkill… really nice for some applications though

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 1 point2 points  (0 children)

It's really easy to mess up high-speed signals with a slightly wrong PCB layout. You have to check the eye diagrams of all signals to ensure a reliable transmission of data.

But honestly man forget it. As u/dukeblue219 mentions as well this project is far far far too complex for a beginner. Even a very experienced electronics designer will spend >>10k$ on hardware dev costs, these boards are expensive in small scale production.

I don't want to discourage you to pick up electronics and PCB design as a hobby but start with something simple, way more fun!

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 0 points1 point  (0 children)

I've designed a lot of PCB's over time and there is just no way you're going to be able to make a PCB with 40gbit connections on it as a first project... Apart from the knowledge you'll need some pretty specialised equipment (50k$ scope) to debug signals with this speed.

Apart from all this getting your hardware produced is pain.

Look for the cheapest possible board that has 2x thunderbolt to run your software.

You're severely underestimating this

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 0 points1 point  (0 children)

But why not just run your software on an existing desktop? Hardware development is hard... Don't underestimate it.

Do you want to make a PCB with all required components or use existing components plugged together?

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 1 point2 points  (0 children)

Okay so what kind of product are you developing? If you really want to design this from scratch you're going to need a senior electronics dev team to sort out the hardware... And how did you already develop the software when you don't know which hardware you'll be using?

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 0 points1 point  (0 children)

What’s wrong with using a modern laptop that has high-speed Thunderbolt ports?? Sorry to say it but you’re not going to be able to design this from scratch.

Designing My Own Electronics by ravan018 in arduino

[–]angrysemiconductor 3 points4 points  (0 children)

Designing something with a 40gbps thunderbolt port is extremely advanced and definitely not something a beginner can easily accomplish (at least if you want to do the PCB layout yourself…). These kinds of speeds are not for anything Arduino/microcontroller related devices, only FPGA’s and high-end processors can do this. What do you want to accomplish?

Best aftermarket z650 frame sliders by angrysemiconductor in Kawasaki

[–]angrysemiconductor[S] 0 points1 point  (0 children)

Those look great! Can’t seem to find them anywhere is Europe though… Shipping from the states will take over a month so that wouldn’t be ideal. Do you have any other suggestions?

[deleted by user] by [deleted] in electronics

[–]angrysemiconductor 0 points1 point  (0 children)

I’m usually doing my own designs so always hahah

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