npmpackage.info

Gathering detailed insights and metrics for @saitonakamura/three-stdlib

@saitonakamura/three-stdlib - 2.21.11 | npmpackage.info

@saitonakamura/three-stdlib

📚 Stand-alone library of threejs examples designed to run without transpilation in node & browser

2.21.11

792

MIT

JavaScript

673.82 kB

1,889 3.2

Installations

npm install @saitonakamura/three-stdlib

Developer Guide

BETA

Typescript

No

Module System

CommonJS

Score

70.1

Supply Chain

69.5

Quality

75.4

Maintenance

100

Vulnerability

98.4

License

Pull Requests

Open

6

Total

268

Closed

18

Merged

244

Issues

Open

24

Total

152

Closed

128

Releases

238

v2.36.0

Updated on Apr 29, 2025

v2.35.16

Updated on Apr 23, 2025

v2.35.15

Updated on Apr 05, 2025

v2.35.14

Updated on Feb 20, 2025

v2.35.13

Updated on Jan 29, 2025

v2.35.12

Updated on Jan 19, 2025

View All 238 releases

Languages

JavaScript

TypeScript

JavaScript (83.74%)

TypeScript (16.26%)

Developer

pmndrs

Download Statistics

Total Downloads

1,889

Last Day

Last Week

Last Month

Last Year

257

GitHub Statistics

MIT License

792 Stars

495 Commits

132 Forks

17 Watchers

3 Branches

92 Contributors

Updated on May 29, 2025

Bundle Size

2.22 MB

Minified

673.82 kB

Minified + Gzipped

Bundlephobia

Maintainers

View All 92 Contributors

Package Meta Information

Latest Version

2.21.11

Package Id

@saitonakamura/three-stdlib@2.21.11

Unpacked Size

7.04 MB

Size

1.81 MB

File Count

1,139

Published on

Jan 12, 2023

Total Downloads

Cumulative downloads

Total Downloads

1,889

Last Day

Compared to previous day

Last Week

100%

Compared to previous week

Last Month

-58.3%

Compared to previous month

Last Year

-24.4%

257

Compared to previous year

Weekly Downloads

Monthly Downloads

Yearly Downloads

Dependencies

@babel/runtime @types/offscreencanvas @webgpu/glslang chevrotain draco3d fflate ktx-parse mmd-parser opentype.js potpack zstddec

Peer Dependencies

three

three-stdlib

Stand-alone version of threejs/examples/jsm written in Typescript & built for ESM & CJS.

Basic usage

npm install three-stdlib

1// Export collection
2import * as STDLIB from 'three-stdlib'
3// Flatbundle
4import { OrbitControls, ... } from 'three-stdlib'
5// Pick individual objects
6import { OrbitControls } from 'three-stdlib/controls/OrbitControls'

Problem

threejs/examples are usually regarded as something that you copy/paste into your project and adapt to your needs. That's not how people use it, and this has caused numerous issues in the past.

Solution

A build system for esm and cjs
Version managed dependencies
Class based, optimized for tree-shaking, no globals, exports instead of collections
Single flatbundle as well as individual transpiles
Typesafety with simple annotation-like types
CI, tests, linting, formatting (prettier)

But most importantly, allowing more people that use and rely on these primitives to hold a little stake, and to share the weight of maintaining it.

How to contribute

If you want to get involved you could do any of the following:

Help to maintain and sync the existing primitives
Create stories for these examples for our dedicated storybook
Convert some of the files to Typescript
Add new examples for the library you think could be helpful for others

No vulnerabilities found.

10

Dangerous-Workflow

Determines if the project's GitHub Action workflows avoid dangerous patterns.

10

Binary-Artifacts

Determines if the project has generated executable (binary) artifacts in the source repository.

10

License

Determines if the project has defined a license.

4

Code-Review

Determines if the project requires human code review before pull requests (aka merge requests) are merged.

3

Maintained

Determines if the project is "actively maintained".

0

Token-Permissions

Determines if the project's workflows follow the principle of least privilege.

0

CII-Best-Practices

Determines if the project has an OpenSSF (formerly CII) Best Practices Badge.

0

Pinned-Dependencies

Determines if the project has declared and pinned the dependencies of its build process.

0

Branch-Protection

Determines if the default and release branches are protected with GitHub's branch protection settings.

0

Security-Policy

Determines if the project has published a security policy.

0

Fuzzing

Determines if the project uses fuzzing.

0

SAST

Determines if the project uses static code analysis.

0

Vulnerabilities

Determines if the project has open, known unfixed vulnerabilities.

Score

3.2

/10

Last Scanned on 2025-05-26

The Open Source Security Foundation is a cross-industry collaboration to improve the security of open source software (OSS). The Scorecard provides security health metrics for open source projects.

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