MULTICHARGE(1)

πŸ“¦
version 0.5.0 Β· 3 versions
, in fedora 44

πŸ’– MULTICHARGE(1) β€” the manual page, but make it cute πŸ’–

okay bestie, sit down, hydrate, because today we're learning about multicharge β€” yes it's a whole manual page, yes it's giving atomic partial charge model, and yes you're gonna understand it fr fr. πŸ¦‹


✨ NAME ✨

multicharge β€” Atomic partial charge model. that's the whole vibe. that's the assignment. πŸ’…


🌸 SYNOPSIS 🌸

multicharge [options] input

so you run it, you throw some options at it if you're feeling fancy, and you hand it an input. iconic. no cap.


πŸŽ€ DESCRIPTION πŸŽ€

it's an electronegativity equilibration model for atomic partial charges. 🧚 that's the whole description, bestie, she's mysterious, she's concise, she ate and left no crumbs. πŸ”₯


πŸ‘‘ OPTIONS πŸ‘‘

here's the whole menu, every single one, no skipping, we don't do that here πŸ’œ

  • -m, -model, --model model β€” pick your charge model. your choices are eeq or eeqbc. choose wisely, main character. ✨
  • -i, -input, --input format β€” a lil hint about what format your input file is in. she likes a heads-up. 🫢
  • -c, -charge, --charge value β€” tell her the molecular charge. drop the value in there. πŸ’«
  • -g, -grad, --grad β€” evaluate the molecular gradient and virial. yes both. she's doing the most and we love that for her. 🌈
  • -j, -json, --json β€” get your output in JSON format, written to the file multicharge.json. file name is literally that, don't come for me, I don't make the rules. πŸ“„βœ¨
  • -v, -version, --version β€” print the program version and dip. exit stage left. πŸ‘‹
  • -h, -help, --help β€” show this help message. hi, hello, welcome, here's the lore. πŸ’–

ngl bestie, that's genuinely the entire page. short, sweet, slayed. πŸ“

and that's a wrap! 🌟 this lil masterpiece is from the MULTICHARGE(1) manual, dated 2026-07-27. go forth, run your charges, be the main character of your own terminal. mwah. πŸ’…πŸ’œ

πŸ“¦ where this page comes from