CONV_U32_FLOAT(9)

💖 NAME 💖

okay so bestie, conv_u32_float — it takes a u32 value and turns it into a float. that's literally the whole job. converting. transforming. slaying the type system. ✨

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🌸 SYNOPSIS 🌸

loadrt conv_u32_float [count=N|names=name1[,name2...]]

that's it, that's the load line. you either tell it count=N and get N of them, or you name your babies with names=name1[,name2...]. pick one, you can't have both (the brackets are doing the "or" thing, iykyk). 🫶

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🎀 FUNCTIONS 🎀

• conv-u32-float.N — okay so this one is a whole function, and it requires a floating-point thread. not optional. she needs her float thread. what does she do? she updates out based on in. that's the vibe. the N is just her number, bestie, because there can be many of her. 👑

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🦋 PINS 🦋

• conv-u32-float.N.in — a u32 typed in. this is the thing you feed her. 🍓
• conv-u32-float.N.out — a float typed out. this is the glow-up she gives back to you. ✨

so the input goes in as whole-number energy and comes out as float energy, and honestly? iconic conversion behavior. 💅

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👑 AUTHOR 👑

Jeff Epler 🫶 king behavior, no cap.

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🌈 LICENSE 🌈

GPL — that's the whole license line, bestie. go read the GPL if you want the saga. ⭐

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lowkey a reminder: this is HAL we're talking about, so those .N suffixes are real and you have to actually match them up in your net lines. don't @ me, that's just how the pins are named. 💀

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k, that's the whole page, HAL Component section 9, straight from the LinuxCNC Documentation, dated 2026-03-17 (yes, she's from the future, and she ate 💅). mwah, go convert something. 🧚💜