444 karma · joined October 7, 2016
Our company has been tracking token usage and models used vs output (tickets, story points, PRs, deploys, etc...). A dev got chewed out, even after I warned him, because he spent over $2k in a single month almost exclusively on Opus while his actual productivity in terms of what he delivered was abysmal.
The lands in the middle east changed hands so many times that you had a generation be born and grow into adulthood without having being firmly associated with one empire or the other.
You had the nomadic tribes grow rich from their mercenary work for either empire.
You also had the fact that both Christian and Zoroastrian faiths took huge blows as the true cross was stolen by the Persians and then the Roman army destroyed the most important Zoroastrian fire temple and snuffed out the eternal flame there.
And finally after the Persians were defeated by the Caliphate, you the the Romans, against their well established strategies, gather their forces for a decisive battle, and then make tactical mistakes allowing for defeat.
It was the perfect storm of the right place, at the right time, with rolling nat 20s.
There were other issues that were much smaller in the bigger picture like android app support on BB10 coming a little late as well as the devices in general had a somewhat underpowered SoC. All of these contributed to slow adoption, but the fact they were promoting new models of the Bold while their warehouses were full of the Z10 was really what did them in.
Edit: Also it can be compiled for WASM.
The real issue with Unity is that they don't double down on DOTS + HDRP/URP. I have not opened the editor for a few months but last time I worked in Unity the legacy render pipeline was still the default and documentation around DOTS and HDRP was somewhat lacking which is a shame because when you get it working, it works super well.
Cameco is the second largest uranium producer in the world. Brookfield Renewable Partners owns and operates a lot of power generation. Both are Canadian where there is a huge pool of both power generation and specifically nuclear power generation talent and experience. As an example until 2016 Canada had the largest operator nuclear power facility in the world, several provinces are currently in the planning phases of SMRs, and Canada will be financing CANDU reactors in Romania.
It's safe to say they see some sort of advantageous vertical integration of the supply chain, as well as believing regulatory and economic outlooks being good.
I'm not targeting the person you are replying to with any malice, but since almost all of the major financial and business institutions in Canada are headquartered here there is an overabundance of people that would claim they work in "tech" when in reality they are making a respectable but decidedly non-tech salaries at places like TD Bank or Thompson Reuters as examples.
The range of possible salaries for devs in Toronto is quite large.
Also as an additional anecdote, every single one of my classmates who went to the USA and decided they would like to start a family, came back to Canada to start that family.
That is not to say it is all rosy here. There is an overabundance of poor or terrible talent that's been shipped in to cover the exodus of Canadian educated people chasing better salaries in the USA while business leaders and purse string holders are content to celebrate their mediocrity while being confused why productivity is so low.
I know Carmack made a comment that HL2 did have bits of Q2 in it.
At a previous job I had to spec out some hardware procurement on the order of a million dollars over two years, and all of my compute was based around AMD EPYC. The amount of fighting and arguing that this resulted in was wild. These were all still supermicro boxes, still from the same trusted vendor we were using, but I had to spell out many times that we were basically getting double the compute for what we would have got otherwise.
Worst part was when the first shipment arrived and nothing booted and worked and turned it out be a bad batch of drives from micron that had bad controllers, the same ignoramus used it as a "I told you so" moment, even though the vendor confirmed it was a micron issue and immediately shipped over replacements.
The latter in my experience ends up providing better results to physicians as they have been employed as domain experts in building the software solution to their specific workflow. I've seen it done for in ophthalmology, specific disease/injury specific radiology, and diabetic specific checkup and appointments where I've seen as much as a 75% reduction in the amount of time the physician has to dedicate lookup up info, cross-referencing, and documenting.
It is absolutely wild this bug exists.
For 256 bit computers, we need entirely new CPU architectures and updated ISAs for not just x86/AMD64, but for other archs increasing in popularity such as ARM and even RISC-V. Even then compilers, build tools, and dependant devices with their drivers need updates too. On top of all of this technical work, you have the political work of getting people to agree on new standards and methods.
Doing things with something like Vagrant on Mac sometimes cuts it, sometimes doesn't. Either way, if I'm not shelling out money I could be stuck using a subpar solution like VirtualBox.
However, with WSL1, implementing the Linux ABI was such a wicked flex.
To help spell it out for those who keep misunderstanding, when the Queen visited the USA in 2010, she did it as Queen of Canada, under the Canadian flag, with Canadian staff and security.
Not sure why you came out so strong with such a false statement.