User Interface

We are Team HungryHacks trying to solve food insecurity issues using Data Science and AI.

Group Name 1

Data Preprocessing

Group Name 2

Data Exploration and Visualization

Group Name 6

Front-end Development

Group Name 5

GITHUB Repo

This kit is for for the BuildWithAi Hackathon. The name of the project is "Read-Easy" This project is to provide an adaptive and immersive learning tool for students with dyslexia. Read Easy is a platform that helps teachers convert existing learning materials to suit the needs of students with dyslexia. It involves a Dyslexic Friendly Reader that provides the student to control things like Font size, Font Spacing, Read out the words, Visualise the words etc. The platform also provides a predictive assessment tool that takes in the students handwriting and checks if they are improving.

Core Frameworks

The backend is written in Flask ( Python ) which provides the API interaction between the server and the DB The frontend is written in Svelte and enables an interactive UI. Handwriting Recognition is done using Tesseract OCR module and the text to speech is based on the browsers Text to Speech Library.

Other tools

Google maps is a powerful and complex application. To integrate it into the React app “google-map-react” package is used. Any React component on Google Maps can be rendered by this package, which is a component written atop a tiny portion of the Google Maps API. It is actively maintained and simple enough to use. It is entirely isomorphic. Even without the Google Maps API being loaded, it can render map components in the browser. Every item on the map may be hovered using an internal, adjustable hover algorithm.  

Since google-map-react allows the user to render any React component on the map, a specific component can be designed that shows a pin icon and text. One can use Iconify library (a collection of free SVG icons) for the icons.  

One should be aware of a few prerequisites for the purpose:  

• JavaScript ES6  
• Searching for Location in Google Map  
• React.js library  

To know more about the integration of Google Maps, refer to the code given below. 

Fig 1: Preview of the output that you will get on running this code from your IDE.

Code

In this solution we're using React library.

Instructions

Follow the steps carefully to get the output easily.

1. Install the Node.js and React on your IDE(preferable Visual Studio Code).
2. Create React Application using npx create-react-app foldername.
3. cd foldername.
4. Open the folder in IDE.
5. Copy the code using "copy" button above and paste it in app.js file(remove the earlier code from app.js).
6. Open the terminal from IDE.
7. npm start to run the file.

Note: Create your own API KEY and paste it in the place of 'YOUR_API_KEY' in the code snippet.

I hope you found this useful. I have added the link to dependent libraries, version information in the following sections.

I found this code snippet by searching for "how to embed an exact place in google map in Reactjs" in kandi. You can try any such use case!

Environment Tested

I tested this solution in the following versions. Be mindful of changes when working with other versions.

1. The solution is created in Visual Studio Code 1.73.1.
2. The solution is tested on node v18.12.1 and npm v8.19.2.
3. React version-18.2.0.

Using this solution, we are able to embed an place in google map with simple steps. This process also facilities an easy way to use, hassle-free method to create a hands-on working version of code which would help us to embed an exact place in google map in Reactjs.

Dependent Libraries

You can also search for any dependent library on kandi like 'react'.

Support

1. For any support on kandi solution kits, please use the chat
2. For further learning resources, visit the Open Weaver Community learning page.

A color picker is another application of react that enables the users to pick colors from a palette or a color wheel. In online applications, color pickers are frequently used for tasks like choosing a text color, a background color, or a color for a graphical element. React color picker components are provided by several libraries, including react-color and react-color-picker. 

• react-color-picker: This library provides components that enable the users to include a color- choosing interface in their application. 
• react-color: A wide range of color picker components, including SketchPicker, ChromePicker, and HuePicker, are included in this library. 

react-color is a more comprehensive library that includes a variety of color picker components with different styles unlike react-color-picker, which is a much simpler library, including a single-color picker component, and customization options are provided by props. There are several more props available for modifying the default color, the format of the selected color, and the layout of the color picker, among other aspects of the ColorPicker component's look and performance. 

For more information about customizing color picker in React, refer to the code given below 

Fig : Preview of the output that you will get on running this code from your IDE.

Code

In this solution we're using React and Styled-components library.

Instructions

Follow the steps carefully to get the output easily.

1. Install the Node.js and React on your IDE(preferable Visual Studio Code).
2. Create React Application using npx create-react-app foldername.
3. cd foldername.
4. Install npm i styled-components.
5. Open the folder in IDE.
6. Copy the code using "copy" button above and paste it in app.js file(remove the earlier code from app.js) and refer demo for styles.css file.
7. Open the terminal from IDE.
8. npm start to run the file.

You can also refer this url 'DEMO' for getting the above output.

I hope you found this useful. I have added the link to dependent libraries, version information in the following sections.

I found this code snippet by searching for 'create color picker in react' in kandi. You can try any such use case!

Environment Tested

I tested this solution in the following versions. Be mindful of changes when working with other versions.

1. The solution is created in Visual Studio Code 1.73.1.
2. The solution is tested on node v18.12.1 and npm v8.19.2.
3. React version-18.2.0.
4. Styled-components version-6.0.0.

Using this solution, we are able to customize color picker in React with simple steps. This process also facilities an easy way to use, hassle-free method to create a hands-on working version of code which would help us to customize color picker in React.

Dependent Library

You can also search for any dependent libraries on kandi like 'react' and 'styled-components'.

Support

1. For any support on kandi solution kits, please use the chat
2. For further learning resources, visit the Open Weaver Community learning page.

This kit is for for the BuildWithAi Hackathon. The name of the project is "Read-Easy" This project is to provide an adaptive and immersive learning tool for students with dyslexia. Read Easy is a platform that helps teachers convert existing learning materials to suit the needs of students with dyslexia. It involves a Dyslexic Friendly Reader that provides the student to control things like Font size, Font Spacing, Read out the words, Visualise the words etc. The platform also provides a predictive assessment tool that takes in the students handwriting and checks if they are improving.

Core Frameworks

The backend is written in Flask ( Python ) which provides the API interaction between the server and the DB The frontend is written in Svelte and enables an interactive UI. Handwriting Recognition is done using Tesseract OCR module and the text to speech is based on the browsers Text to Speech Library.

Other tools

Group Name 4

Use the react-player or video-react libraries to integrate a YouTube video into a React project. React Player is a library that allows you to embed audio and video players in your React applications.

It supports various media kinds and sources, including YouTube, Vimeo, SoundCloud, and local files, and offers a straightforward, programmable interface for playing media files. Another library for playing audio and video in React applications is called Video-React. It offers comparable user experience for manipulating audio and video players in your React components and is built on top of the well-known video.js package. Like React Player, Video-react offers support for various media formats and sources.  With a large user base and vibrant developer communities, React Player and Video-react are well-liked choices for integrating audio and video features into React apps. Consider each library's features and options, the level of customization and control you require, and the compatibility and integration with other tools and libraries you are using when choosing which library to employ in your project.  

Here is an example of how you embed a YouTube video into a React project: 

Fig 1: Preview of the output that you will get on running this code from your IDE.

Code

In this solution we're using React and ReactPlayer libraries.

Instructions

Follow the steps carefully to get the output easily.

1. Install the Node.js and React on your IDE(preferable Visual Studio Code).
2. Create React Application using npx create-react-app foldername.
3. cd foldername.
4. Install npm install react-player.
5. Open the folder in IDE.
6. Copy the code using "copy" button above and paste it in app.js file(remove the earlier code from app.js).
7. Remove the first line(import statement).
8. Import React library by using the command -> import React from 'react';
9. Import ReactPlayer library by using the command -> import ReactPlayer from 'react-player';
10. Replace ReactVideo as ReactPlayer which is present inside the div tag.
11. Open the terminal from IDE.
12. npm start to run the file.

I hope you found this useful. I have added the link to dependent libraries, version information in the following sections.

I found this code snippet by searching for 'youtube video on react page' in kandi. You can try any such use case!

Environment Tested

I tested this solution in the following versions. Be mindful of changes when working with other versions.

1. The solution is created in Visual Studio Code 1.73.1.
2. The solution is tested on node v18.12.1 and npm v8.19.2.
3. React version-18.2.0.
4. ReactPlayer version: current.

Using this solution, we are able to create an youtube video on react page with simple steps. This process also facilities an easy way to use, hassle-free method to create a hands-on working version of code which would help us to create an youtube video on react page.

Dependent Libraries

You can also search for any dependent libraries on kandi like 'react' and 'react-player'.

Support

1. For any support on kandi solution kits, please use the chat
2. For further learning resources, visit the Open Weaver Community learning page.

We can create any animation with suitable libraries or combinations of libraries in Python that are well-known for their functionalities and functionalities. For developers looking for options with less complex code with maximum customization options, users can customize their plots and designs depending on their preferences.   

Choosing a suitable library plays a key role in any machine learning or data science project, and we should do it properly to avoid other related issues which may arise. Some libraries offer an interactive plot to attract playing with the graph and visualize it uniquely. It will allow you to edit videos, create animations, and create a map or geological animations where we can analyze the geological data.  

Here is the list of handpicked 18 best Python Animation Libraries in 2023 which will help you with your animation requirements: 

manim - 3b1b: 

• Is a Python library for creating mathematical animations and educational videos that Grant Sanderson develops.  
• Is an open source library that allows users to create high-quality animations which visualize mathematical concepts like animations of graphs, functions, fractals, and more.   
• Uses Python code for creating animations which we can export to animated GIFs or video files.  

PythonRobotics: 

• Is a Python library for implementing different robotics simulations, visualizations, and algorithms. 
• Offers various resources and tools for robotics developers, like algorithms for path planning, localization, motion control, mapping, and many more.   
• Includes simulation environments like 2D and 3D simulators, that will allow developers to test their algorithms in virtual environments before deploying them on real robots.   

matplotlib: 

• Is a comprehensive library for creating animated, interactive visualizations and static in Python. 
• Produces publication-quality figures in different interactive environments and hardcopy formats across platforms. 
• Can be used in Python Scripts, web application servers, various graphical user interface toolkits, and Python/IPython shells.  

manim - ManimCommunity:  

• Is an animation engine for explanatory math videos used for programmatically creating precise animations. 
• Includes various tools for creating animations like support for vector graphics, 3D objects, and complex mathematical equations. 
• Also includes features for creating animations with custom fonts, styles, and colors.  

plotly.py: 

• Is a Python library used to create interactive data visualizations, built on the plotly JavaScript library that allows developers to create various interactive plots.   
• Is designed to be easy to use and includes different resources and tools for creating high-quality visualizations. 
• Includes support for complex data structures like pandas DataFrames and offers various customization options for fonts, styles, and colors.  

seaborn: 

• Is a Python data visualization library based on Matplotlib, offering a high-level interface to create attractive and informative statistical graphics.  
• Offers various plotting functions for visualizing various data types like continuous data, data distribution, and categorial data.  
• Its the ability to create visually appealing plots with minimal effort and supports the customization of plot elements like axes, titles, legends, and labels. 

moviepy: 

• Is a Python library for video editing, concatenations, cutting, video composting, title insertions, creation of custom effects, and video processing. 
• Has the ability to add audio to video clips easily and offers various filters and audio effects like changing pitch and speed, adding sound effects, and adjusting volume.  
• Includes support for creating animations like moving text, images, and shapes and allows users to export their video clips to different file formats. 

termtosvg: 

• Is a Python library that allows users to record terminal sessions and save them as SVG animations.  
• Produces clean-looking and lightweight still frames embeddable on the project page or animations.  
• Includes support for recording multiple terminal sessions, allowing users to control the size and speed of the resulting animation.   

altair: 

• Is a declarative statistical visualization library that can help you spend more time understanding your data and its meaning. 
• Offers a simple syntax for creating different visualizations, like line charts, histograms, scatterplots, and bar charts. 
• Its declarative syntax lets user's express visualizations as a series of high-level mappings between visual and data properties like color, size, and position. 

PathPlanning: 

• Is a Python library used for path and motion planning applications designed to be accessible to beginners and experts with a straightforward API. 
• Offers various algorithms for computing collision-free paths for drones, mobile robots, and manipulators in 2D and 3D environments. 
• Also offers tools for trajectory generation, motion control, and obstacle avoidance and supports simulation and visualization of robot motion. 

alive-progress: 

• Is a Python library for displaying spinners and progress bars in command-line applications designed to offer a customizable way of showing progress indicators for long-running processes or tasks. 
• Supports for pausing and resuming progress indicators, nested spinners, and progress bars.  
• Designed to be intuitive and simple with various default settings and a straightforward API for customizing the behavior and appearance of spinners and progress bars. 

asciimatics: 

• Is a package for helping people create full-screen text UIs on any platform and offers a single cross-platform Python class to do all the low-level console functions. 
• Includes cursor positioning, mouse input, screen scraping, colored/styled text, detecting and handling if the console resizes, and keyboard input like Unicode support. 
• Is a Python library for creating text-based animations and user interfaces in the terminal. 

pygal: 

• Is a Python library for creating interactive Scalable Vector Graphics (SVG) graphs and charts. 
• Offers various tools for generating customizable charts, graphs, and high-quality for use in presentations, reports, and web applications. 
• Includes built-in support for data/time axis labeling, responsive design, and integration with web frameworks and interactive charts elements.   

GANimation: 

• Is a Python implementation of the GANimation research project, which offers various tools for generating animations from still images using Generative Adversarial Networks (GANs).  
• Includes tools for augmenting and preprocessing input data, customizable GAN training parameters and architecture, and support for evaluating and visualizing GAN models.  
• Offers various tools for fine-tuning GAN models and generating high-quality animations for various applications. 

deep-motion-editing: 

• Offers advanced and fundamental functions to work with 3D character animations in deep learning with Pytorch. 
• Is a Python implementation of the research project of the same name, which offers tools for editing the motion of human characters in video sequences using deep learning methods.  
• Its ability to generate realistic, high-quality animations for various applications offers tools for fine-tuning the deep learning model and editing the generated motions to achieve the desired results. 

geoplotlib: 

• Is a Python library for creating geographical maps and visualizations and offers an easy-to-use interface for creating maps with different data types, like polygons, heatmaps, lines, and points. 
• Includes support for different tile providers and map projections, customizable styling options for data layers like size, transparency, and color. 
• Designed for creating interactive maps and visualizations and is suitable for various applications like data analysis, presentation, and exploration. 

Linux-Fake-Background-Webcam: 

• Is a Python library that will allow users to replace their webcam background with a custom video or image on Linux systems.  
• Works by creating a virtual webcam device that can be selected as the input source in video conferencing applications, allowing users to appear as if they are in various environments and locations.   
• Includes the ability to control the position and size of the custom background video or image and support for replacing the webcam background with a custom video or audio. 

celluloid: 

• Is a Python library that offers a simple interface for creating visualizations and animations in Matplotlib   
• Designed to make it easy for users to create animations without having to write to deal with low-level details and complex code.  
• Includes a simple interface for adding and updating data in the animation, the ability to save the animation as an MP4 or GIF video file, and support for customizing the animation style and appearance. 

One of the most intellectual indoor games which keep the player engaged is Sudoku. Sudoku is a classic logic-based puzzle game. It requires a keen focus of mind and a logical vision. It is a number-placement game where you will be given a 9*9 grid which contains sub-grids of nine 3*3 matrices. The ultimate goal is to fill a grid with numbers from 1 to 9 in such a way each of its rows and columns contains each number exactly once. The outgrowth of technology in the last decade brought this intriguing game online. How about you creating this brilliant Sudoku game? How about building this complex game in a single-page application like React? Sounds interesting! Isn't it? Let's get into it with the help of the following libraries. This kit aids the development of Sudoku games using React by following the below steps. 1. Choose a development environment 2. Create a 2D array 3. Set up a track to look into the game's progress 4. Set up a track to determine the number of conflicts left 5. Create a component to indicate the connection between cells 6. Write a script to indicate connections using signals 7. Manage user's input 8. Create a component to drag and drop the numbers 9. Set up the tools to perform operations 10. Do the scripting to track the history of actions done

Development Environment

React is used for development. With React, it becomes easy and simple to develop an interactive UI. The state management in React makes the process of developing an application more flexible.

Graphical user interface

GUIs act as intermediaries to communicate with your device through UI components. In React, building UI components gets easy with the aid of CSS. React can be used for desktop applications and mobile applications as well.

Puzzle Solver

The puzzle-solving is simplified by creating cell components that throw signals indicating the relationship or connection between similar cell components using different colors.

Puzzle generator

Generating a puzzle is one of the key steps in creating a logic-based game. State management in React optimizes the puzzle generation.

Flappy Bird is an arcade-style game. It was initially released as a mobile game while tapping the screen to make the bird fly. Later, the game's pc version was released, where the Bird will be controlled using the up key or the space bar. If Bird hits on the pipes or the screen edges, the game ends, and the player needs to restart. Flappy Bird can fly the Bird as far as you can without hitting a pipe. The player is tasked with navigating Faby through pairs of pipes with equally sized gaps placed at random heights. Try to play as long as possible, score as many points as you can!. Following are the steps to be followed for build Flappy Bird Game, 1. Graphics Setup 2. Game Logic 3. Creating Input Controls 4. Generating Sound effects & Display Scores 5. Multi-player

Multi-player

Flappy bird is a single-player game, but it's possible to have multiplayer by using below libraries. Players will play on their game field one who gets more scores will win the game.

Graphic Designs & Game logic

Graphic designs are used in a flappy game to build an image of the player (bird), background, pipe, base and for displaying messages. Game logic and Graphic designs are build by using below libraries.

Creating Input Controls

Key mapper is an open-source library that allows users to use a key or combination of keys to perform a specific action(fly), which can be used for navigating.

Sound effects & Scores

Sound effects are used while the bird hits the pipe, generating scores for every move of a bird and a Game over by sfb & FlapPyBird libraries . Using flairfly library, scores can be calculated by the number of pipes crossed.

Pinball is in the category of arcade game in that player uses paddles called flippers to launch the ball into the table. The player's goal is to prevent the ball from falling past your flippers for as long as possible. Interact with dynamic elements of the table like blockers, bumpers, flippers, gates, holes, LEDs, plungers, rollovers, slingshots, spinners, targets, ramps, and pipes to increase your score and get multipliers. This game comes with three balls. Use the arrow keys to hit the left or right flippers. Following are the steps to be followed to build Your Pinball Game, 1. Graphic designs 2. Sound effects 3. User Interface 4. Pinball controller 5. Leaderboard 6. 3D Pinball game

Graphic Designs

Listed below libraries help in creating the best graphic design for gaming applications, which is used in design tables and infrastructure in pinball.

User Interface

The below user interface libraries are used for different platforms like android, Pc.

Sound effects

Sound effects are used for ball hitting, dropping, paddles, and also starting & ending of the game. These effects can be achieved by using the below libraries.

Pinball Controller

The below libraries are used to control the spring to start, left and right paddles to prevent ball drop.

Leaderboard

The below libraries are used to display scores, the history of the player, player name. It has a database connection to save the scores and create a leaderboard.

3D Pinball Game

The pinball game can be built in 3D by using the below library.

Tetris has established itself as a famous game since the early video games. Even though the game looks simple requires intelligence and skills to play. The gameplay consists of tiles or tetrominoes of different shapes and a game field grid. The game's objective is to position the tiles in the game field, which fills the grid. The disappearing line will grant points. Accumulated points help users to move a level up. Once the game is over, the final score will be displayed to the user. Following steps to be followed to build your own Tetris game, 1.Create Blocks for Tetris 2.Graphic designs 3.Multi-player Tetris 4.Creating customized Game field 5.2D Tetris 6.3D Tetris 7.Control keys

Create Blocks & Graphics

Listed below libraries help in creating the best graphic design for gaming applications can help the moving tiles across the game field, selecting colors for tiles, making different shapes of tiles using different sizes of arrays, and matrix rotation. In the case of a single-player game, the game gets over when all blocks are formed such that no lines are disappearing.

2D Tetris Game

2D games are titles with only two axes of motion. Typically, these are "flat" games where you can move left and right up and down. You can create a 2D Tetris game using the below libraries.

3D Tetris Game

Players control multiple falling blocks, positioning and rotating them to clear layers in a three-dimensional environment similar to Tetris gameplay. You can create a 3D Tetris game using the below libraries.

Creating own Game field

The libraries listed below help to create custom matrices for the Tetris game.

Multi-player Tetris

Listed below libraries helps to build a multi-player Tetris game, two players will play on their game field one who gets more scores will win the battle.

Control Keys

Key mapper is an open-source that allows users to use a key or combination of keys to perform a rotation and move, which can be used for navigating. You can create your keys to play using the below libraries.

"Animate different Objects with three.js" is a code example that shows how to create a 3D scene using the three.js library and animate multiple objects. In this example, a box and a sphere are animated by changing their rotation and position properties over time using the requestAnimationFrame method. 

This explains various features of three.js, such as creating a renderer, a scene, a camera, and adding lights and materials to the objects. The code also demonstrates how to create geometries for the box and the sphere and meshes by combining the geometries and materials.

Using three.js, developers can create interactive and immersive experiences that can run on the web or various platforms, including desktop, mobile, and VR devices. The example can be useful in various applications that require 3D graphics, such as video games, simulations, virtual and augmented reality, scientific visualization, and product design. Animating different objects in a 3D scene can add a sense of dynamism, realism, and engagement to such applications, making them more effective and enjoyable for users. 

Please check the below code to learn how to animate different objects with three.js, 

Fig : Preview of the output that you will get on running this code from your IDE.

Code

In this solution we're using React, Nodejs and three.js.

Instructions

Follow the steps carefully to get the output easily.

1. Install the Node.js and React on your IDE(preferable Visual Studio Code).
2. Create React Application using npx create-react-app foldername.
3. cd foldername.
4. Open the folder in IDE.
5. Copy the code using "copy" button above and paste it in app.js file(remove the earlier code from app.js).
6. Cut the script tag which is present at the end of code and paste it in index.html file(remove the earlier code from index.html).
7. Import three.js library as import * as THREE from 'three'.
8. Add export default statement at end of the code as "export default animate".
9. Open the terminal from IDE.
10. npm start to run the file.

I hope you found this useful. I have added the link to dependent library, version information in the following sections.

I found this code snippet by searching for 'animate different objects with three.js' in kandi. You can try any such use case!

Environment Tested

I tested this solution in the following versions. Be mindful of changes when working with other versions.

1. The solution is created in Visual Studio Code 1.73.1.
2. The solution is tested on node v18.12.1 and npm v8.19.2.
3. React version-18.2.0.
4. three version-0.148.0.

Using this solution, we are able to animate different objects with three.js with simple steps. This process also facilities an easy way to use, hassle-free method to create a hands-on working version of code which would help us to animate different objects with three.js.

Dependent Libraries

You can also search for any dependent libraries on kandi like 'react', 'nodejs' and 'three.js'.

Support

1. For any support on kandi solution kits, please use the chat
2. For further learning resources, visit the Open Weaver Community learning page.

Carousels (slideshows) are containers with images or information that users can select by clicking a button that forwards or backward through the slideshow. The image carousel is a container (slideshow) that users choose by clicking a button that is used to direct them to the next or previous image in the slideshow. A timer can automatically change the images, or they can be manually changed by clicking the buttons displayed. Following are the steps to be followed for building Carousel And Screen Saver builder, 1. Transition Effect And Touch slider 2. Multiple Layout 3. Slider Libraries 4. Screen Saver Libraries

Transition Effect And Touch slider

These libraries are used to process the transition effect .

Slider Libraries

These libraries are used to build the carousel .

Multiple Layout

These libraries are used to build multiple layout in website.

Screen Saver Libraries

These libraries are used to process the screen saver.

If you are a designer you design logos and mockups, you use the color picker every day when choosing a new project's color scheme. By mixing the three primary colors, we can form any color we like. Red(R), Green(G), Blue(B) are the three primary colors we know. Using this tool, you can experiment with custom colors on the web and adjust them according to your preference. In addition, different color formats can be converted easily supported by JavaScript. These libraries allow building color picker and generator client-side applications in minutes. Following are the steps to be followed for building Color Picker and Code Generator, 1. Color Picker 2. Code Generator

Code Generator

These libraries are used to generate the code based on the color.

Color Picker

These libraries are used to pick the color.

NFT stands for Non-Fungible Token. It is a digital asset and what makes it unique from stock photos is the token associated with the asset. This combination of asset and token makes it non-fungible and guaranteed by blockchain technology. You may compare it to original artwork or maybe an autographed print copy or digital trading cards. An easy start into NFT is a self service marketplace like OpenSea or Mintable. But if you are more of a developer than an artist, here are trending libraries that help you publish your own NFTs.

Listing NFTs in your Website

The libraries embeddable, nfte and nftgecko help in listing the NFTs in your website.

Creating DApp

Scaffold-eth, etherplate and kitty-items are frameworks for creating DApp (Decentralized Applications) & Marketplace on Ethereum blockchain.

Deploying and Minting NFTs

EthArt, contractor and open-proofs are used for deploying and minting the NFTs.

Animation is one of the most interesting features in an application. It's not a new thing, but it's something that you can use to make a difference to your app. Animation has been around for some time now, and with the evolution of computers and technology, animation has become even more popular. A library of animation classes that can be applied to game object properties such as position, rotation, and scale, with a focus on keeping core classes small and efficient, while still being able to animate many different types of parameters. Animations bring to life the website and make it look more appealing to the visitor. Build interactive C# applications, animate elements, elegant UI effects. Listed here the best C# Animation libraries in 2022.

Visualizing data as interactive charts is extremely easy using charting libraries based on JavaScript. These free and open-source code components employ HTML5 <canvas> element to create different chart types, including time series, bar chart, lines, bars, etc. This makes it yield good performance even when working with large data sets. The code packages are easily integrable with popular JavaScript animation frameworks like Angular, React, PHP, JQuery, Rails, and more, making it possible to create a chart with real-time data and animations. In addition, downward compatibility with outdated browsers is also achievable with polyfills. Listed below are some of the most popular open-source libraries for charting in 2021. We highly recommend Chart.js - Simple HTML5 Charts using the canvas tag; D3 (or D3.js) is a JavaScript library for visualizing data using web standards; Plotly.js is a standalone Javascript data visualization library, and it also powers the Python and R modules named plotly.

Buttons are essentially the drivers of online interaction as we use them to login into our emails, add products to our shopping carts, download photos and basically confirm any and all actions. But more than that, every button click is a successful conclusion of every front-end web developer’s hard work. That’s why it is crucial to spend time creating functional buttons that both look beautiful and provide visual cues to the user. JavaScript offers a ton of great button libraries for you to choose your essential UI components from. Here are some of the JavaScript libraries for buttons including Semantic-UI - UI component framework based around useful principles; Buttons - A CSS button library built using Sass and Compass; Ladda - Buttons with built-in loading indicators. The following is a comprehensive list of the best open-source JavaScript Button libraries in 2022

Technology has always been evolving at a breakneck speed, but the pace of change today is surely unprecedented. Applications of blockchain, for instance, go beyond cryptocurrencies into industries like finance, healthcare, supply chain and logistics, asset management, etc. It is one of the most disruptive technologies of the 21st century, and now you can program blockchain web apps using JavaScript.  With that in mind, here are some of the JavaScript libraries to help you in the process. ccxt - A cryptocurrency trading API; ZeroNet - Decentralized websites using Bitcoin crypto and the BitTorrent network; truffle - A tool for developing smart contracts. The following is a list of the most popular open-source libraries for building and scaling JavaScript Blockchain Applications.

React libraries enable developers to craft fluid user interfaces with reusable, ready UI code components. Creating animations is more convenient with the JavaScript virtual DOM programming model of React as compared to the traditional DOM, which helps in boosting performance. Props-based data binding in React libraries enables better flow, efficient debugging and also helps developers reduce some of the boilerplates. Using React libraries gives a coder a cleaner, more responsive approach to animations since the code is easier to reason about. An open platform React animation library supports full-stack programming, making it a holistic solution for web and app-based animations. Presented below is an updated JavaScript library list for React animation packages. lottie-web - Effects animations natively; react-motion - A spring that solves your animation problems; react-native-animatable - Standard set of easy to use animations.