Skip to content

Instantly share code, notes, and snippets.

@dy

dy/name-transforms.md

Created October 3, 2024 03:44
Show Gist options
  • Save dy/210dba913a58bf554dc0cff67a3a9378 to your computer and use it in GitHub Desktop.
Save dy/210dba913a58bf554dc0cff67a3a9378 to your computer and use it in GitHub Desktop.
Download ZIP
Word/name transforms for npm
Raw
name-transforms.md

Here’s a minimal and organized markdown structure, focusing on word transformations with examples, excluding duplicates:

Word Transformations

1. Vowel Shifts and Substitutions

  • Changing vowels to create variation while keeping the basic consonant structure.

    • Examples:
      • Spray → Sprae, Sprea, Sprao, Sprai
      • Tone → Toon, Teun, Tyn, Tun

  • Common Patterns:

    • A → E, O, AE (bat → bet, bot, baet)
    • I → EE, Y, IE (bit → beet, byt, biet)
    • O → OO, U, OU (hop → hoop, hup, houp)
    • E → AE, I, IE (get → gaet, git, giet)

2. Double Vowels or Consonants

  • Emphasizing sound length or intensity by repeating vowels or consonants.
    • Examples:
      • Noise → Noiiz, Noiizz, Nnooiizzee
      • Spray → Sppraaay, Sppraiee
      • Tone → Toone, Tonne

3. Phonetic Simplification

  • Altering words based on simplified pronunciation.
    • Examples:
      • Through → Thru
      • Light → Lite
      • Night → Nite

4. Creative Vowel Insertions

  • Adding vowels for style or aesthetic.
    • Examples:
      • Noise → Noiz, Noaiz
      • Tone → Toine, Taone
      • Beat → Baeat, Bayt

5. Substituting Consonants

  • Replacing consonants for a different or easier pronunciation.
    • Examples:
      • Cool → Kool
      • Photo → Foto
      • Jazz → Jass

6. Doubling and Repetition

  • Repeating parts of the word for emphasis or rhythm.
    • Examples:
      • Noise → NoizNoiz
      • Spray → Spray-Spray

7. Replacing Vowels with Numbers or Symbols

  • Substituting vowels with numbers or symbols for style.
    • Examples:
      • Noise → N01z, N0!z
      • Tone → T0n3

8. Onomatopoeia Transformations

  • Adding sound-like elements for emphasis.
    • Examples:
      • Bang → BANGGGG
      • Buzz → Bzzz

9. Dropping Letters for Style

  • Removing letters to make words more casual.
    • Examples:
      • Because → Cuz
      • Going to → Gonna

10. Prefix and Suffix Play

  • Adding or changing prefixes and suffixes to alter meaning.
    • Examples:
      • Spray → Respray, Spraying
      • Tone → Retone

11. Stylized Capitalization

  • Using alternating or all-cap letters for visual impact.
    • Examples:
      • Noise → nOiSe, NOISE

12. Slang & Abbreviation

  • Shortening the word for casual or slang use.
    • Examples:
      • What → Wut
      • Alright → Aight

13. Hyper-Vowelization

  • Stretching vowels to emphasize sound.
    • Examples:
      • Spray → Spraaaaayyy
      • Noise → Noiiizze

14. Mirror Words

  • Mirroring part of the word for a creative twist.
    • Examples:
      • Spray → yarpS
      • Noise → esioN

15. Hybrid Letters

  • Blending adjacent letters visually.
    • Examples:
      • Spray → Spʀay
      • Noise → N⊖ise

16. Inserting Unexpected Symbols

  • Adding symbols or characters in unusual places.
    • Examples:
      • Spray → S!p.ray
      • Noise → N#oi$e

17. Layered Vowels

  • Stacking vowels to create a layered effect.
    • Examples:
      • Spray → Sppprraayyy
      • Noise → Nnnoooizzz

18. Consonant Cluster Multiplication

  • Multiplying consonant clusters for intensity.
    • Examples:
      • Spray → Spprrayy
      • Noise → Noizzze

19. Syllable Repetition with Vowel Shift

  • Repeating syllables with subtle vowel changes.
    • Examples:
      • Spray → Sprai-spree
      • Noise → Noi-noi

20. Full Word Reversal

  • Reversing the entire word for an altered appearance.
    • Examples:
      • Spray → yarpS
      • Noise → esioN

21. Random Case Insertion

  • Inserting random uppercase letters for visual emphasis.
    • Examples:
      • Spray → SpRaY
      • Noise → NoISzE

22. Triple Consonant Leading

  • Starting the word with an exaggerated consonant.
    • Examples:
      • Spray → Ssspray
      • Noise → Nnnoise

23. Overlapping Echoes

  • Creating a visual echo with overlapping parts.
    • Examples:
      • Spray → SpraRay
      • Noise → Noizoi

24. Minimalist Deconstruction

  • Stripping down words to their minimal form.
    • Examples:
      • Spray → S’pry
      • Noise → Nse

25. Accent Shifts with Diacritics

  • Adding accents to give an exotic or unfamiliar feel.
    • Examples:
      • Spray → Spráy, Sprèy
      • Noise → Noîse

26. Echoed Sound Doubling

  • Mimicking an echo with subtle sound repetition.
    • Examples:
      • Spray → Spra-spra
      • Noise → Noi-noizze
Raw
npm-workarounds.md

To find an available npm package name, you can use several creative methods and techniques. Additionally, understanding which characters are allowed in npm package names will help you refine your approach.

Allowed Characters in npm Names:

  1. Lowercase Letters (a-z): Package names must be lowercase.
  2. Numbers (0-9): Numbers can be used.
  3. Hyphens (-): Hyphens are allowed and often used to separate words (e.g., my-package).
  4. Periods (.): Periods can be used, typically for namespacing or separating components (e.g., foo.bar).
  5. Underscores (_): Underscores can be used but are less common.
  6. Scope (@scope/package-name): Scoped packages are prefixed with an @scope (e.g., @my-scope/my-package).

Forbidden Characters:

  • No uppercase letters.
  • No spaces.
  • No special characters like !, $, %, etc.

Methods to Find an Available npm Name:

1. Use Name Generators:

There are npm name generators that create unique names for packages by combining random or structured patterns:

  • npms.io: This npm package search engine allows you to check if names are available.
  • npm-name-cli: A command-line tool to check name availability.

2. Experiment with Prefixes & Suffixes:

Adding prefixes or suffixes to a base name often creates unique and available names.

  • Examples:
    • mono → monojs, monotune, monophase
    • tone → tonify, tonekit, tonez

3. Use Shorter Forms:

Shortening words or abbreviating them while still maintaining meaning can help:

  • signal → sig, sigal, sigph

4. Mix Words from Different Languages:

Mixing terms from multiple languages (such as Latin, Sanskrit, or Greek) can make the name more unique:

  • sound → sonor, zvuk, klang

5. Double the Letters:

Doubling letters or repeating sounds within the name makes it visually distinct while preserving readability.

  • tone → toonnee, tonne

6. Play with Alliteration or Rhyming:

Names that have alliteration or a rhythmic sound tend to be catchy and can sometimes help create uniqueness:

  • sine → synosine, syntone

7. Leverage Scoped Packages:

If the name you want is taken, consider scoping your package under a unique namespace:

  • @my-org/mono or @custom-scope/sound

8. Insert Numbers:

Adding numbers after the name can help make it unique, especially for common names:

  • audio → audio42, audio007

9. Hyphenated Combinations:

Use hyphenated names to combine two or more concepts:

  • signal-line, tone-vibe, mono-wave

10. Synonym Search:

Use a thesaurus or synonym search to find alternate versions of the word:

  • tone → timbre, pitch, intonation
  • sound → resonance, echo

11. Create Acronyms:

Form an acronym out of your primary concept or multiple related words:

  • Multi-Tone Generator → MTG
  • Sound Signal → SSig

12. Append “js” or “node”:

Appending “js” or “node” to the base word can make the name clearer and increase availability:

  • audio → audiojs, audionode

13. Misspell or Stylize the Name:

Slight misspellings or stylized variations often make names unique but still recognizable:

  • audio → audyo
  • signal → signl

14. Add Domain-Specific Terms:

Combine the core concept with domain-specific terms like kit, tool, module, lib, or app:

  • sound → soundkit, soundlib
  • tone → toneapp, tonetool

15. Mashup Names

Create a mashup by blending parts of two or more relevant words together. You can take the first few letters of one word and combine it with parts of another, creating an entirely new term.

  • Examples:
    • Tone + Signal → Tonal, Tignal, Tonign
    • Audio + Phase → Audase, Audiphase, Audiase
    • Mono + Sound → Monsound, Monund, Moundio

16. Use Semantic Wordplay (Meaningful Shifts)

Take the concept or purpose of your package and twist it with a semantically related word. Use descriptive terms related to the functionality, intent, or personality of your package. Words like "kit," "gen," "boost," "ify," or "flow" can indicate utility.

  • Examples:
    • For a tone generator package: Toneflow, Tonify, Toneboost
    • For a sound processing tool: Soundgen, Soundkit, Sonicraft
    • For a signal analyzer: Signalview, Sigboost, Sigtrack

17. Prefix with Greek/Latin Roots

Use Greek or Latin roots as a prefix to modify the meaning of your package name and create uniqueness. Many technical terms come from these roots, and they can add a sophisticated or technical flair to your package name.

  • Examples:
    • Phono + Tech → Phonotech, Phonomach
    • Audio + Scope → Audioscope, Audiphone
    • Signal + Meter → Sigmeter, Siglograph

18. Word Shortening + Suffix

Shorten the core word of your package name and add a commonly used suffix (like -ify, -ix, -ly, or -or) to make the name concise but still recognizable.

  • Examples:
    • Audio + Suffix → Audix, Audiify, Audly
    • Tone + Suffix → Tonify, Tonor, Tonix
    • Signal + Suffix → Sigor, Sigly, Sigify

19. Creative Word Fragmentation

Fragment the base words and mix them in unexpected ways. By taking the middle or end of one word and merging it with another, you can come up with more creative names.

  • Examples:
    • Signal + Noise → Signoise, Signoiz
    • Audio + Phase → Audhase, Audiase
    • Tone + Line → Toneline, Tonlin, Tonline

20. Phonetic Play

Try using phonetic variations or representations of sounds. This is especially useful for audio-related npm packages.

  • Examples:
    • Sound + Phonetics → Sounn, Sown, Sownd
    • Tone + Phonetics → Tonne, Tohn, Tun
Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment