HN user
[ my public key: https://keybase.io/boolikey; my proof: https://keybase.io/boolikey/sigs/GESZHVLwdT0hMv9PvcoXEKeiN0GLsDgxsYLlqrZm1iw ]
Reading the in depth article also linked in this thread, they say that only 2 layers need to change most of the time. They claim from new model to PCB in 2 months. Let's see, but sounds promising.
Agents also "read", so yes there is. Think about spinning up 10, 20, 100 sub agents for a small task and they all return near instant. That's the usecase, not the chatbot.
The posts mentions that: https://github.com/Discrete-Distribution-Networks/Discrete-D...
If this proves the way forward, it will be in Claude Code soon enough natively
You can use git work tree for that. There is a very extensive blog here:
https://www.pulsemcp.com/posts/how-to-use-claude-code-to-wie...
This seems very huge, or am I missing something fundamental that's not included in the paper?
For more information regarding a Dutch initiative, in collaboration with Schneider Electric visit: https://www.dc.systems/
(I'm not affiliated, just know of the project due to my work in DC grids in offices)
I think with new(er) GaN(or SiC) DC/DC buck conversion, 380V systems can get up to 98.2%, typically around 94% efficiency now.
Edit: And voltage of these type of DC grids are often higher (600V - 1000V, or industrial even up to 1500V), so losses in cables are less.
Amazing to see OctoPrint on HN. In a weird way I owe my career to it and specially Gina.
8 years ago I started working at a 3D printing company as a support engineer, where the UI of the printer was not up to par. In a short period of time during my off hours I developed a different front-end that could sit on top of OctoPrint. The printer was able to be sold again and I got offered a software engineering job. Gina was so helpful on IRC, she often pushed me into Python documentation instead of solving the problem for me. We build the first plugins for OctoPrint at that time. The plug-in is still running on many printers in the wild.
I have huge respect for Gina and OctoPrint, being able to make your opensource project your job.
PHYSEE | Hybrid | Full-time | Delft, The Netherlands
SENSE is the first nature-smart building operating system. 40% of all energy consumption in the world can be accredited to the built environment. We are on a mission to make the built environment energy neutral by saving energy in offices while increasing the comfort using data driven control strategies.
We are looking for
Front-end react developer: https://physee.homerun.co/front-end-react-developer
Building Physics Engineer: https://physee.homerun.co/building-physics-engineer/en
Or drop me an email at pim[at]physee.eu
PHYSEE | Full-stack and Tech Lead | Full-time | Delft
SENSE by PHYSEE is the only smart building technology that opens your building interior to the outside world. With a powerful building physics engine, we let you connect your building to nature.
We are looking for people who want to change the perspective and make the built environment energy positive
Software Tech Lead https://physee.homerun.co/software-tech-lead/en
Full-stack Engineer https://physee.homerun.co/senior-full-stack-software-enginee...
PHYSEE | ONSITE / Hybrid | Full-stack Software Engineer | Delft / Amsterdam | https://physee.homerun.co/senior-full-stack-software-enginee...
PHYSEE is on a mission to make all buildings smart, healthy and productive. To achieve that, PHYSEE software team has the vision to develop a client-facing web-based application to increase comfort in user experience and facilitates communication between various products.
What you’ll be doing?
Development and maintenance of application code (React Native, React, node.js) Work on further usability, performance improvement, or quality assurance, including bug fixes and test automation Work closely with product managers, product designers, and other engineers to conceptualize, build and test new features.
Who we’re looking for?
- 5+ years of industry experience building fast, reliable, real-time web-based applications.
- Experience with developing and deploying production-level product with thousands of users
- Knowledgeable about modern web technologies and excited to learn new ones, e.g. Node.js ES6, TypeScript, React
- Exposure to architectural patterns of a large, high-scale web application.
- Product-minded: committed to building the best user experience.
- Bonus if you have experience with test-driven development and a CICD approach to developing applications.
- Bonus if you have experience with Microsoft Azure.
What you can expect?
- Be part of a growing organization, with the mission of transforming the built environment into a smart, sustainable, and healthy eco-system
- Open environment to express your opinion and share new ideas
- Daily lunch & fruits (when we’re in the office)
- Weekly fitness Bootcamp on Monday’s (PHYSEEO).
- Fun events and Friday drinks every six weeks.
Feel free to reach out to me if you have any questions: pim@physee.eu
PHYSEE | Full stack developer & Embedded Software Engineer | Delft, The Netherlands | On-site | Full-time | https://www.physee.eu
We have developed fully transparant energy and data generating windows. Using the data from the facade we can optimise daylight entry for either comfort or energy reduction and use the green energy in the facade to power these applications(blinds, ventilation, etc). We have recently been recognised by the Dutch Chamber of Commerce as the most innovative company in the Netherlands. We have a very diverse team(in many ways), with great company benefits like healthy lunches, bootcamp, ping pong tournaments, etc!
As we are installing our first big projects, we are scaling our engineering team to enhance the user experience of our application (Full Stack / Native) and develop better firmware for our embedded products (C/C++, STMicro).
Full Stack: https://physee.homerun.co/full-stack-developer/en
Embedded Software: https://physee.homerun.co/embedded-software-engineer/en
Great work on PJON! Where can I find documentation/more info on how to build this for STM32 microcontrollers, like the STM32F091CCU7 using SerialAsync (over PLC)?
This comment will probably drain in the mountain of comments but:
I had this wonderful experience in the south of Portugal, where they had traffic lights that would only go on red if you were speeding, and if you would ignore the red light you would get a fine for it.
I thought it was pretty genius.
Ghostly performance
One of my favourite project is by Gina Häußge, creator and maintainer of OctoPrint.
"OctoPrint is the snappy web interface for your 3D printer that allows you to control and monitor all aspects of your printer and print jobs, right from within any browser on your network."[0]
https://www.patreon.com/foosel
Disclaimer: I work closely with Gina on (open source) plugins for OctoPrint.
I am madly in love with a girl because of just this. We understand each other where others don't, or would even judge us for the same (mis)understanding.
Standard? I don't really feel that this blog persuades me that it is a standard. It also adds another style to it, which is even more ridiculous! My mind puts emphasis on words with capitals, reading the title makes me bounce up and down like a carrousel with my "inner dialog".
I Know This Is Off-Topic But Any One Else Hating The Usage Of Capitals In The Title?
And this tuning is of utmost important. People often forget that the tuning is human intervention with specific 'specs'. The little baby machine get's quickly tuned to these, good or bad.
Just wondering, how can a small country like for example the Netherlands, with no vast tree wildlife for example, get to a neutral or even positive foot print? A trading nation by roots, is it even possible to get to 0 deficit?
I was wondering why no one was suggesting this, isn't this the most obvious one?
1) Airplane? 2) On the road traveling in a far country where 4G(or any data) is still too expensive? 3) Train from Amsterdam -> Paris, worst data ever. 4) etc..
The image the projector makes is in theory also in frames of course.
But yeah, discussion, is a movie continuous or is it frames p/s?
Continuous is kind of a misleading marketing term isn't it? If it projected, it is in frames. Just like that the upward movement is in frames / steps. In essence the resolution is still as high as the resolution of the step motors moving the build plate up and it's layer by layer.
Not arguing that it is not a cool technique, just saying that they marketing it again with bogus wording.
I've seen many FDM printers do continuous, albeit vase-like, prints. Shall we market them as Continuous Filament Fuser?
Thanks for my daily chuckle