> The main niceties are the increased granularity (nobody would use half °C in practice) One decimal place is commonly used.
> As an assembler, LLVM is not particularly fast or convenient. It has a huge API, and lots of optimization passes that have to be tweaked to get reasonable output. The posts I read that got that far generally…
WebAssembly does sadly not support goto, which means that in some cases you have to simulate it using a big loop with a series of if statements.
> Fahrenheit does have some nice properties Which exactly? Walter melting at 0°C and boiling at 100°C seems the most practical.
> The main niceties are the increased granularity (nobody would use half °C in practice) One decimal place is commonly used.
> As an assembler, LLVM is not particularly fast or convenient. It has a huge API, and lots of optimization passes that have to be tweaked to get reasonable output. The posts I read that got that far generally…
WebAssembly does sadly not support goto, which means that in some cases you have to simulate it using a big loop with a series of if statements.
> Fahrenheit does have some nice properties Which exactly? Walter melting at 0°C and boiling at 100°C seems the most practical.