Babylon.js
Enter the daring world of Babylon.js, a potent real-time 3D engine that propels 3D graphics into your web browser. Conjured by the audacious intellect of David Catuhe, this is a creation that’s fostered by titans like Microsoft and 190 contributors, who have Supercharged its XHTML5 might since 2013.
Babylon.js Top Features
- Real-time 3D engine: Breathes life into your 3D visions right within a web browser.
- HTML5 and WebGL support: Spearheading the graphics revolution in supported browsers.
- Open-source: Available to everyone, designed with everyone in mind, enabling community-driven growth.
- Compatible physics engines: Crusades with Cannon.js and Oimo plunging collision simulations into the realm of reality.
| Language crafted | Typescript, JavaScript |
| Type | 3D engine |
| License | Apache License 2.0 |
Babylon.js Limitations
- Limited use of constructive solid geometry, curbing creativity in the intersection, union, and subtraction of shell models.
- Reliant on shader programs for rendering pixel positions and colours on HTML5 canvas element.
Babylon.js Pricing
Rejoice, mavericks! There is no pricing; the powers of Babylon.js freely open for all in the spirit of open-source revolution.
Babylon.js Use Cases
Use case 1: Virtual Worlds
The perfect ally in curating virtual worlds, thanks to its vigorous live 3D renderings in browsers.
Use case 2: Military Training
Its adept collision simulations allow for precise replication of real-world conditions for military training.
Use case 3: Product Design
Scope for accurate 3D modelling and rendering allows product designers to conjure compelling visuals.
Three.js
Delve into the world of Three.js, a powerful cross-browser JavaScript library designed for crafting GPU-accelerated 3D animations in modern web browsers. Originally developed by Ricardo Cabello (Mr.doob), this widely-used technology offers a comprehensive toolkit for manipulating and displaying animated web graphics.
Three.js Top Features
- WebGL integration: Creates interactive 3D computer graphics within any web browser supporting WebGL.
- GPU-accelerated animations: Renders sophisticated 3D animations straight from JavaScript, requiring no browser plugins.
- VR and AR compatibility: Supports Virtual Reality (VR) and Augmented Reality (AR) via WebXR, thereby strengthening its appeal in the up-and-coming immersive technology niche.
- Multiple effects and support options: Expansive feature set includes scenes, cameras, animations, lights, materials, shaders, objects, geometry and more.
| Contributors | Functions |
|---|---|
| Ricardo Cabello | API Design, CanvasRenderer, SVGRenderer, managing GitHub commits. |
| Paul Brunt | WebGL implementation as a separable module. |
| Joshua Koo | Contributes to the creation of geometry. |
Three.js Limitations
- Learning curve: Despite its comprehensive feature set, beginners may find Three.js challenging to learn due to its complexity.
- Browser compatibility: As it uses WebGL, Three.js only runs on browsers that support WebGL. This can limit the user base.
Three.js Pricing
Three.js is licensed under MIT License, making it completely free to use and modify. The open-source nature of this tool empowers tech enthusiasts to contribute, thereby continuously refining the platform.
Three.js Use Cases
Use case 1
Three.js proves instrumental for developers seeking to create interactive 3D animations for web applications without resorting to browser plugins.
Use case 2
In the realm of Virtual and Augmented Reality, Three.js provides an efficient tool to build immersive experiences using WebXR.
Use case 3
For illustrators and graphic designers, Three.js allows real-time rendering of 3D objects and environments directly onto a browser.
Spline
Launched in 2020, Spline is a game-changer in the realm of 3D design. A designer-friendly, codeless 3D tool, it marries the simplicity of tools like Paint with impressive interactive capabilities enjoyed in high tech circles. You can almost hear three.js editor giving a sigh of jealousy.
Spline Top Features
- Creates 3D objects with a simple, user-friendly interface.
- Need a coffee break mid-design? Spline’s got you covered with in-built collaboration features and synchronous fine-tuning.
- With AI-style transfer and AI texture tools in place, the complexity in 3D creation just took a hike.
- Exports your masterpieces as image files, GIFs, or gets them ready to augment web pages with embedded code.
- An extensive library of tutorials and projects guides you like a sherpa on Everest. Share your showpiece and bask in glory with a whopping 1 million creators have already joined the Spline tribe.
| Top Feature | Explanation |
|---|---|
| Export Options | Export projects with panache as public URLs, images, GIFs, or Spline links. |
| Desktop Application | Create, edit and save your 3D world from the comfort of your desktop. |
Spline Downsides
- Taking on incumbent 3D tools like Blender, Cinema 4D implies a pool of already established users hesitant to shift loyalties.
- The absence of a built-in player might make some users date WebGL browsers! (You’ve been warned.)
Spline Pricing
Wipe the sweat, your wallet is safe. Spline plans start at an affordable $9/month/user for added bounties like removing logos and creating personal folders. If you feel like a munificent (tech) deity, the team plan at $12/month/user offers unlimited files, projects, folders, and…umm…bragging rights!
Spline Use Cases
Use Case 1: Web Experience Enhancement
Nothing says ‘My website rocks’ than a snazzy 3D design on the home page. With the capability to import vector artwork and 3D designs, Spline can convert your ‘meh’ website to ‘wow’ by enabling showcasing of your 3D creations.
Use Case 2: Interactive Demonstrations
Remember those times you yawned at lackluster presentations? With Spline, make your products or concepts come alive with interactive capabilities and the Mouse Hover effect.
Use Case 3: Creating GIFs
‘GIFs are so passé’ said no one ever! Add fun to your content strategy by creating and publishing 3D GIFs using Spline.
Deck.gl
In the realm of large-scale data visualization tools, Deck.gl claims a prime space. It is a WebGL2-powered platform known for its high-performance, designed to simplify the visualization of large, intricate data.
Deck.gl Top Features
- High-Performance Visualization: Deck.gl is designed to handle the rendering and updating of significant volumes of data, easing the process of visualizing complex datasets.
- Composable Framework: With data compositions relying on JSON, Deck.gl allows you to construct multiple visual layers, including icons, polygons, text, and more.
- Interactive Event Handling: Features such as picking, highlighting, and filtering bring interactivity to the platform, enhancing user engagement.
- Highly Customizable: With flexible APIs, extendable core classes, and usage modes, Deck.gl opens up avenues for customization.
- Learning Tools: An array of resources is provided for users including API docs, demos, interactive playgrounds, and a dedicated Medium blog and Slack workspace.
| Feature | Description |
|---|---|
| Cartographic Projections | Deck.gl integrates with major basemap providers and offers a variety of cartographic projections. |
| Third-Party Integrations | Integration with third-party tools enriches functionality. Popular integrations include deckgl-typings, mapdeck, vega-deck.gl, and others. |
| Open Source | Deck.gl is part of vis.gl, upheld by the OpenJS Foundation. It invites contributions from developers, thus fostering an environment of collective advancement. |
Deck.gl Limitations
- Lack of integrated tutorials for beginners.
- Potential dependency on third-party tools for certain functionalities.
Deck.gl Pricing
Deck.gl sets itself apart by offering its impressive features free of charge. It’s an open-source platform, thereby making it accessible to a broader audience.
Deck.gl Use Cases
Use case 1
For data scientists dealing with large datasets, Deck.gl’s capabilities to efficiently render and update vast amounts of data are indeed a boon. The interactive event handling aids in deeper data explorations.
Use case 2
Developers looking for customizable visualization tools can find Deck.gl’s flexible APIs and extendable core classes useful. Its openness to third-party integrations also opens doors to further functionality expansion.
Use case 3
Educators in the tech domain can take advantage of the well-documented examples, API documentation, and other resources that Deck.gl offers to train students on data visualization tools.
VTK.js
Meet VTK.js, the JavaScript makeover of VTK (Visualization Toolkit). Ever dreamt of a toolkit for 3D graphics, image processing, and visualization that works seamlessly with your web application? Well, VTK.js came to sweep you off your feet!
VTK.js Top Features
- With WebGL and upcoming WebGPU support, VTK.js explores new territories of web graphics technology.
- Got crazy complex visual algorithms? No worries! VTK.js supports scalar, vector, texture, and volumetric methods.
- Features with vtkPolyDataNormals filter for calculating point normals on polydata geometries? Check!
- Upgraded ITK bridge, for the daring explorers who unite JavaScript and C++ for remote rendering.
- In love with VR development? You’re in for a treat. VTK.js supports OpenVR standard.
| WebXR rendering target | Creates a platform for augmented reality apps in your browser. |
| ES6 class library | An easy integration into any ES6 project. |
| Global ITK patch | Image filters and data readers in your arsenal, at your disposal. |
VTK.js Limitations
- WebAssembly files may increase downloading times. Who referred to patience as a virtue again?
- Thirsty for more filters? Well, VTK.js might leave you parched. The filter set isn’t exhaustive.
VTK.js Pricing
Guess what? This open-source wonder doesn’t ask for a dime! That’s right, VTK.js is free for your tech adventure.
VTK.js Use Cases
Use case 1 – Scientific Visualization
Ever fancied becoming a digital Da Vinci? VTK.js is a top pick for scientific visualization, supporting apps like ParaView.
Use case 2 – Medical Data Visualization
Dig the drama of Gray’s Anatomy? VTK.js helps render medical data through 3D Slicer. It’s like having your own scrubs moment, minus the blood and stress!
Use case 3 – Augmented Reality
If you’re big on AR, VTK.js supports you with WebXR rendering target. Now bring those virtual dreams to reality!
WebGL
Effortlessly uniting the power of 3D graphics and web technology, WebGL provides an open-source, low-level graphics API. Innovatively interlaced with HTML5 Canvas through ECMAScript, it emboldens developers by introducing 3D to the web, plugin-free.
Unmatched Features of WebGL
- The integration of WebGL into major browsers such as Google, Apple, Microsoft, and Mozilla; a testament to its widespread industry approval.
- Unparalleled cross-platform compatibility and native GLSL support, coupled with GPU 3D acceleration.
- Robust integration with DOM interfaces.
- Its rise to the throne of online, interactive 3D graphics technology, following Flash’s demise.
- Proven performance on mobile platforms, including iOS Safari, Android Browser and Chrome for Android.
| Feature | Benefit |
|---|---|
| Open Source | Encourages a community of developers to contribute and improve upon the code. |
| Direct Interaction with HTML Document Elements | Allows for an intuitive and seamless web experience. |
| Automatic JavaScript Memory Management | Makes programming tasks more efficient, freeing developers from the intricacies of memory management. |
Potential Limitations of WebGL
- The API operates on OpenGL, which can be slower and less comprehensive than alternatives such as DirectX.
- Due to quality challenges with OpenGL, the majority of games opt for D3D10+ targeting Windows instead.
WebGL Pricing
Being an open-source platform, WebGL is accessible free of charge. The control lies in the hands of web browsers.
WebGL Use Cases
Use Case 1: Web-Based Interactive 3D Graphics
With its 3D rendering capacities and direct browser integration, WebGL is an ideal choice for developers seeking to create interactive, high-quality online games and graphics.
Use Case 2: Mobile Web Graphics
Thanks to its industry-wide adoption and compatibility, WebGL serves as a robust solution for rendering advanced graphics on mobile web platforms, as supported by iOS Safari, Android Browser, and Chrome for Android.
Unity3D
Unity3D is a robust, cross-platform game engine born in 2005 from the innovation factory of Unity Technologies. Recognised for its wide-reaching capabilities, it supports a multitude of platforms from desktops to mobiles, consoles, and groundbreaking realms of virtual reality. Popular not just for mobile game development, Unity3D is known for easy-to-navigate interfaces that favour beginners and indie developers alike.
Unity3D Top Features
- Flexibility: Unity3D offers support for a variety of platforms, mainly desktop, mobile, console, and VR platforms.
- Accessibility: With a user-friendly interface and robust features, it is an easy-to-use software for beginners and advanced game developers alike.
- Versatility: Unity3D isn’t just a leading name in game development but also a strong contender for non-gaming sectors like film, architecture, and engineering.
- Customisation: Unity3D provides APIs for custom scripting tools and includes both 2D and 3D creation capabilities.
| Integration | Unity3D integrates with Visual Studio, provides a C# scripting API, JavaScript scripting language, and uses the Mono Develop IDE. It is developed in C++ and tuned for performance. |
| Resource Availability | A robust marketplace of scripts, models, materials, and more is open to Unity3D users, aiding in game development. |
Unity3D Downsides
- Unity3D’s continued exploration of new business models and fluctuations in pricing policies has led to some community backlash.
- Despite its numerous features, Unity3D faces strong competition from alternatives like Unreal, Godot, etc.
Unity3D Pricing
Unity3D operates a complex pricing structure tailored for different requirements. Free use is allowed up to a revenue threshold of $200,000. Beyond this, various exciting plans for students, personal use, and large enterprises are offered, with prices scaling up to $1500. A new ‘Per Install’ fee model has also been established starting in 2024.
Unity3D Use Cases
Use Case 1: Indie Game Development
Unity3D supports a wealth of indie developers with its user-friendly interface and fair pricing policies.
Use Case 2: Non-Gaming Industries
Sectors like film, architecture, automotive, and engineering have adopted Unity3D for digital model creation and visualization tasks.
Use Case 3: Mobile Game Development
With intuitive tools and a generous marketplace, Unity3D is a go-to solution for iOS and Android mobile game development.
Unreal Engine
Developed by Epic Games, Unreal Engine (UE) is a versatile series of 3D computer graphics game engines, introduced in 1998 with the game Unreal. Supporting a wide range of platforms, it extends its usability beyond just games to film and television, becoming a go-to for numerous sectors.
Unreal Engine Top Features
- Written in C++, making it highly customizable.
- Supports wide range of platforms, from desktop, mobile, to VR applications.
- Employs an inclusive level editor, UnrealEd, supporting real-time constructive solid geometry operations.
- Generous Unreal Development Kit (UDK) offered to the general public.
- Beneficial project templates serving as a starting point for varied experiences.
| Feature | Description |
|---|---|
| UE Marketplace | Platform for selling or buying developers’ work, with an 88{66f7997927a862c9f57ec7dffc6a2fe6d405caee7001dff533b976d48fe118b1} share of the revenue for creators. |
| Introduction of UE5 | Latest release from April 2022, offering state-of-the-art features to users. |
Unreal Engine Limitations
- Limited to a royalty model for commercial use with 5{66f7997927a862c9f57ec7dffc6a2fe6d405caee7001dff533b976d48fe118b1} of revenues over $1 million.
- Slightly heavier system requirements compared to other engines.
Unreal Engine Pricing
Unreal Engine does charge a royalty fee of 5{66f7997927a862c9f57ec7dffc6a2fe6d405caee7001dff533b976d48fe118b1} for commercial usage with revenues over $1 million, however, it waives this fee for games published on the Epic Games Store. Additionally, the software is offered for free for educational purposes.
Unreal Engine Use Cases
Use case 1 – Game Development
Being written in C++, Unreal Engine provides a potent platform for developers wanting to create immersive and dynamic games across various genres and platforms.
Use case 2 – Film and Television
The high-end graphical rendering abilities of Unreal Engine make it an ideal tool for visual effects and animations in film and television production.
Use case 3 – Mobile Applications
With the UDK supporting iOS games and apps, Unreal Engine can be put to great use to create captivating mobile experiences.
PlayCanvas
PlayCanvas is a potent, open-source 3D game engine and interactive 3D application. Acquired by Snap Inc. in 2017, this webGL-compatible platform enters the market boasting a cloud-hosted creation system, allowing for simultaneous edits from multiple computers.
PlayCanvas Top Features
- Cloud-hosted creation: Enables multiple users to edit projects simultaneously.
- WebGL compatibility: Works smoothly on browsers supporting WebGL such as Firefox and Google Chrome
- Rich set of 3D features: Includes rigid-body physics simulation, 3D audio handling, and 3D animations
| Feature | Description |
|---|---|
| Real-time Editor | Allows simultaneous edits by multiple developers, promoting seamless collaboration |
| JavaScript scripting | Offers greater control and customization of projects |
| Distribution flexibility | Projects can be distributed via a URL web link or native wrappers for Android and others |
PlayCanvas Limitations
- Limited to users with a valid PlayCanvas account and generated access token for usage
- Editing requires modification base time in update requests to prevent overwrites – demands vigilance and mindfulness
PlayCanvas Pricing
PlayCanvas caters to users of varying needs with their available plans of Free, Personal, and Organisation.
PlayCanvas Use Cases
Use case 1 – Web-Based 3D Games
The capabilities of PlayCanvas prove indispensable in the realm of web-based 3D games, offering a powerful platform for creatives to realise their ideas. With WebGL compatibility, these games can smoothly run on popular browsers like Firefox and Chrome.
Use case 2 – 3D Interactive Applications
Whether designing applications for business or pleasure, PlayCanvas’ rich 3D feature-set serves as a strong foundation for building interactive applications.
Use case 3 – Collaborative Projects
The collaborative nature of PlayCanvas makes it ideal for any project involving multiple developers. With features such as real-time edits and version control system, group projects can proceed smoothly regardless of the team’s number or location.
A-Frame – Your Gateway to Augmented Reality
Revolutionize your web design with A-Frame, a powerful open-source JavaScript framework dedicated to crafting immersive VR experiences. Developed originally by the Mozilla VR team, it’s now maintained by the tech wizards at Supermedium.
Supercharge Your Projects with A-Frame’s Best Features
- Entity-Component System Framework: A-Frame is built around Three.js, offering a simple yet powerful foundation for developers.
- WebGL Independence: Create stunning 3D/VR experiences with plain HTML, sidelining the need for intensive WebGL knowledge.
- Easy Deployment: Your VR applications can be hosted and launched directly via Glitch.com for a hassle-free process.
| Key Advantage | Details |
|---|---|
| Extensive Headset Compatibility: | From Vive, Rift, Windows Mixed Reality to Oculus Go, Daydream, Cardboard – A-Frame covers them all. |
| Backed by Global Leaders: | Contributions from tech giants like Google, Microsoft, Oculus, and Samsung fortify A-Frame’s capabilities. |
A-Frame – Breaking Down the Limitations
- DOM Overlay Support: As of now, DOM Overlays during AR sessions are only supported through Chrome on Android version 82 or newer.
- Community Support: While there is robust online support available, developers may face challenges while working on complex projects.
Elevate your AR Projects with A-Frame – For Free!
Yes, you read that right! A-Frame is completely open source under the MIT License, ensuring your VR journey is free from price-tag constraints.
Unleashing the Potential of A-Frame
Interactive Media
With names like Disney, NASA, Al Jazeera and The Washington Post employing A-Frame for their projects, give your media campaigns a fresh twist with immersive VR experiences.
Automotive Industry
Toyota, Ford, Chevrolet – a few of the global giants leveraging A-Frame for immersive customer experiences in the Automotive sector.
NGOs & Research Institutions
A-Frame is a popular choice for organisations like Amnesty International, CERN and many more to create engaging, interactive content with a lasting real-world impact.
React Three Fiber
A prominent player in the web graphics technology, React Three Fiber is a reputable React renderer for three.js, offering an efficient way to build dynamic 3D scene graphs.
React Three Fiber Best Features
- Scene Creation: Declarative components, interactive, and compatible with React’s ecosystem.
- Limitation-free: Unrestricted access to all features of Three.js.
- Performant: Comparable, if not superior, performance to Three.js with no overhead.
- Flexibility: Represents Three.js in JSX dynamically with regular feature updates.
| Utility Library Support: | Further enriches the ecosystem with libraries such as @react-three/drei, @react-three/gltfjsx, @react-three/postprocessing. |
| Supports Graphic Animations: | Can create and manipulate dynamic 2D and 3D graphic animations in a browser environment. |
| Rendering: | Uses HTML5 Canvas for 2D graphics and WebGL APIs for 3D rendering. |
React Three Fiber Downsides
No discernible disadvantages based on the provided summary; it does require familiarity with React ecosystem.
React Three Fiber Pricing
React Three Fiber is open-sourced, and you can start using it free of charge with an npm install.
React Three Fiber Use Cases
Use case 1: Object rotation based on a mouse hover
Perfect for scenarios like altering object color upon mouse hover; easily turn a 3D object from orange to purple.
Use case 2: Establish intuitive GUI controls
Effortlessly incorporate GUI controls into your 3D scene with React Three Fiber’s declarative approach.
Use case 3: Realistic physics and path tracing simulations
React Three Fiber truly shines when creating physics-based simulations or path tracing scenarios due to its seamless integration with the Three.js library.
Godot
An open-source game engine, Godot, takes the center stage in the global digital scene, offering a practical, powerful, and customizable game development tool. Adorned with the features of a reusable scene-driven design, it provides diverse nodes and a unique scripting language, GDscript.
Top Features of Godot
- Intuitive scene-driven design with reusable components.
- Strong Integration with GDscript and C# on .NET platforms.
- Visual editor built-in for coding purposes.
- Support for multiple languages and platforms, expanding cultural reach.
- Efficient Storage solution for global team collaboration.
- Powerful 3D engine that is universal, supporting both high and low-end devices.
| Other languages supported | Rust, Nim, Python available through community, Godot 3.5 supports Android phones, tablets, and various mobile and Web platforms. |
| Key Component | Nodes arranged into trees, scene tree holds all game’s scenes. |
| Free and Open source | No licensing fees, no contracts or hidden fees, modifiable codebase. |
Godot Limitations
- Not suitable for complex 3D game development.
- .NET support only available for desktop platforms in Godot 4.
Godot Pricing
As a digital bridge that connects users to cutting-edge game development, Godot transcends monetary constraints. It is available free of cost, under MIT license, making it a boon for developers worldwide.
Godot Use Cases
Use Case 1: Entry Level Game Developers
Godot’s intuitive yet powerful features, along with flexible customization possibilities, make it the ideal choice for entry-level game developers.
Use Case 2: Experienced Game Creators
Due to the provision of professional-grade tools, editing and scripting functionality, profilers, and debugging facilities, Godot serves as an excellent tool for veteran game creators.
Use Case 3: Team Collaboration
Godot brings a unified platform for team collaboration at a global level, owing to its stellar storage solution and support for numerous languages and platforms.
PixiJS
Embark on a captivating journey with PixiJS, an agile rendering system that plies its strengths in the realm of 2D representation. Masterfully replacing Flash in HTML5, PixiJS has burgeoned as a sector standout and a competitive Babylon Native alternative for designing graphics-heavy web applications, online games, interactive ads, and educational content.
PixiJS Top Features
- Speed: Optimized WebGL use fostering automatic sprite and geometry batching.
- Nifty Tools: Not just confined to sprites- offers text rendering and enables you to draw trails and primitives.
- Ready Deployment: Ensures ease with a website-like deployment coupled with extension capabilities for mobile and desktop apps via Cordova and Electron.
- Audacious aims: Works across all devices, keeping user-friendliness at its core.
- Leverages open source: MIT licensed, GitHub hosted with a fully accessible code base allowing for financial contributions to hasten development.
| Extra Features | Learning Resources |
|---|---|
| Advances effects using Filter class and shader programs | Official website and API guide |
| Easy setup through prebuilt builds, npm install, or CDN URL use | Discord chat and Wiki |
PixiJS Limitations
- PixiJS is not a game engine but rather a ‘creation engine’, implying it might not fulfil the needs of pure game developers.
- While its open-source nature is commendable, its dependence on financial contributions might impact the speed of development if not adequately supported.
PixiJS Pricing
Steal a march on expenses with PixiJS’s delightfully free model. This open-source solution is available for download from GitHub, encouraging financial contributions to fuel development.
PixiJS Use Cases
Use case 1: Online Games
The speed and optimal WebGL use of PixiJS make it an advantageous choice for developing interactive online games.
Use case 2: Interactive Ads
PixiJS’s powerful rendering paves way for creating engaging interactive ads that stimulate audience interest.
Use case 3: Educational Content
Creating educational content with PixiJS ensures a graphical yet simplistic approach, turning a potentially tedious task into an enjoyable experience.
p5.js
Born from the Processing Foundation and supported by an army of enthusiasts, p5.js breathes life into art and design with the use of computer programming. Introduced by Lauren McCarthy in 2013, this open-source JavaScript library is particularly tailored for artists and designers.
p5.js Top Features
- Flexibility of the JavaScript Language: Reduce syntax complications and streamline your creative process.
- Object-Oriented: Utilize the instance methods and properties designed to simplify your coding endeavors.
- Cross-Platform: Create with freedom, regardless of your system of choice.
- IDE Sketchbook: Delve into an international collection of projects.
| Feature | Benefit |
|---|---|
| User Class Creation in PApplet Sketch | Grants the freedom to avoid standard data type limitation. |
| HTML Canvas Element Usage | Enables efficient rendering of visual content and games. |
| Supported by Major Browsers | Makes your creations accessible via Mozilla Firefox, Opera, Internet Explorer, Safari, and Google Chrome. |
p5.js Limitations
- Lack of Static Variables and Methods Usage: Might pose issues for those used to static coding.
- Processing.js Deprecation: Since 2018, no further update has been made to the JavaScript port, creating dependency on p5.js.
- Python Interface Limitation: Requires additional Python toolkit for certain functionalities.
p5.js Pricing
Rest your wallet. p5.js is available under the GNU Lesser General Public License for Libraries and GNU General Public License for IDE, making it free to use and modify.
p5.js Use Cases
Use Case 1: Graphic Artists
From amateurs to seasoned professionals, p5.js equips artists with a platform that melds technology and creativity to craft immersive graphics programming work.
Use Case 2: Web Developers
Web developers can harness the power of p5.js to construct interactive web elements and graphics, thereby enriching user engagement on websites.
Use Case 3: Educators & Students
In the realm of education, educators can utilize p5.js to teach coding and digital creativity, while students can experiment and bloom their programming skills in a stimulating environment.
