lis_array_pdiv(3f)

📦 version 2.1.11, in fedora 43, fedora 44, nixos 26.05, nixpkgs unstable

💖 NAME 💖

lis_array_pdiv — okay so bestie, this one divides each element of a vector by the corresponding element of another vector. Element-by-element. One-to-one. The way that math should be, honestly. 🎀

✨ SYNOPSIS ✨

subroutine lis_array_pdiv(LIS_INTEGER n, LIS_SCALAR x(), LIS_SCALAR y(),
LIS_SCALAR z(), LIS_INTEGER ierr);

Fortran girlies rise, we're calling a subroutine today 💅

🌸 DESCRIPTION 🌸

So here's the vibe: you've got two vectors, x and y. This routine goes through them element by element and divides each element of vector x by the corresponding element of vector y. That's it, that's the whole thing, no cap. 🦋

Straight down the line, index by index, dividing as it goes. Iconic behavior, honestly.

🎀 INPUT 🎀

  • n — the size of the vectors. How many elements we're working with, bestie. Know your length. 📏
  • x, y — the arrays that store the vectors. x is the one getting divided, y is the one doing the dividing. They're a set, they're a duo, they're giving main character energy together. 👑

🫶 OUTPUT 🫶

  • z — the array that stores the divided elements of x. This is where the results land, freshly divided, ready for you. ✨
Heads up: z is the output array — that's where you go looking for your answers when the call is done. 🍓

🌈 SEE ALSO 🌈

And that's the whole page, bestie!! 🧚 This was lis_array_pdiv(3f), part of the Lis Library Functions, and it's dated 3 Dec 2014 — like, an elder but a legend. Go forth and divide. 💜

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